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1537 entries
Year | Place | Paper ID | Type | Download | Title | Author | ||
---|---|---|---|---|---|---|---|---|
2023 | Online | S01-01 | talk | V | The Influence of Geodetic Satellite Orbital Parameters on the Quality of Global Geodetic Parameters | Joanna Najder | ||
2023 | Online | S01-02 | talk | V | Histogram calculations for Laser Ranging | David Arnold | ||
2023 | Online | S01-03 | talk | V | LARES-2 Centre of Mass Corrections | José Rodriguez | ||
2023 | Online | S01-04 | talk | V | Application of ITRS 2020 Realizations for SLR POD | Mathis Bloßfeld | ||
2023 | Online | S01-05 | talk | V | Improving Low-Degree Gravity Estimates with Future SLR Satellites | Evan Tucker | ||
2023 | Online | S01-06 | talk | V | Implementation and Validation of a Novel Representation of the Gravitational Effect of Ocean Tides. | Alexander Kehm | ||
2023 | Online | S01-07 | talk | V | The G4S_2.0 Project: State of the Art and SLR Campaign | Feliciana Sapio | ||
2023 | Online | S01-08 | talk | V | Improvements in the SLR Processing of the Copernicus Sentinel-3/6 Missions | Carlos Fernández | ||
2023 | Online | S02-01 | talk | Eventech Update on Timing and Time-Tagging Technologies | Pavels Razmajevs | |||
2023 | Online | S02-02 | talk | First results with Eventech Stream Time Tagger in Full Record Mode | Kalvis Salmins | |||
2023 | Online | S02-03 | talk | Hybrid Photodetector as Sensor for SLR: First Results | Kalvis Salmins | |||
2023 | Online | S02-04 | talk | Acoustic Positioning System of Closely-Flying Aircraft for SLR Eye Safety | Toshimichi Otsubo | |||
2023 | Online | S02-05 | talk | Detection of Aircraft in Nighttime All-Sky Images Using Deep Learning | Carlos Hernandez-Fernandez | |||
2023 | Online | S02-06 | talk | Low cost Real-time Cloud Mapping For Evaluation of Laser Acquisition Conditions Developed in Grasse O.G.S. | Hervé Viot | |||
2023 | Online | S02-07 | talk | SkyVision: a Whole Sky Monitoring Software for SLR Graz | Peiyuan Wang | |||
2023 | Online | S02-08 | talk | Sub-cm Ranging with MiniSLR® | Felicitas Niebler | |||
2023 | Online | S02-09 | talk | V | Tsukuba SLR Station, Current Status 2023 | Ayano Nakajima | ||
2023 | Online | S02-10 | talk | Installation and First Results of the Yebes Laser Ranging Station (YLARA) | Beatriz Vaquero | |||
2023 | Online | S02-11 | talk | NASA SLR System Characterization: A Case Study using Ground Tests | Van Husson | |||
2023 | Online | S03-01 | talk | Laser Time Transfer in Mission of lunar orbit of CAS | Wendong Meng | |||
2023 | Online | S03-02 | talk | LLR System Design with Separate Transmit and Receive Telescopes | Zhi-Peng Liang | |||
2023 | Online | S03-03 | talk | Using LLR Data for Testing General Relativity with Focus on the Equivalence Principle | Jürgen Müller | |||
2023 | Online | S03-04 | talk | Relativistic Geodesy Utilizing Accurate Time Transfer and the ACES Mission | Ulli Schreiber | |||
2023 | Online | S03-05 | talk | Next Generation Lunar Retroflector and the Role of SLR Stations | Doug Currie | |||
2023 | Online | S03-06 | talk | Multipurpose Interplanetary Laser Instrument | John Degnan | |||
2023 | Online | S03-07 | talk | Exploring the Impact of Lunar Dust on APOLLO Retroreflector Array LLR Return Rates | Sanchit Sabhlok | |||
2023 | Online | S04-01 | talk | GENESIS: Co-Location of Geodetic Techniques in Space | Pacôme Delva | |||
2023 | Online | S04-02 | talk | Benefits for Geodesy from SLR Tracking of Future GENESIS Mission | Tomasz Kur | |||
2023 | Online | S04-03 | talk | Technical Demonstration of Mt.FUJI on HTV-X and Challenge of Attitude Estimation by SLR | Yuki Akiyama | |||
2023 | Online | S04-04 | talk | Applying SLR to a 1U CubeSAT with a Reflector Module mini-Mt.FUJI | Takanao Ishii | |||
2023 | Online | S04-05 | talk | ILRS Support for SWOT Mission | Alexandre Couhert | |||
2023 | Online | S04-06 | talk | Overview of SLR Missions at Shanghai Observatory and Laser Ranging | Zhien Cheng | |||
2023 | Online | S04-07 | talk | Extending ILRS support to 24 BeiDou-3 Satellites - Tracking Performance and Outlook | Radoslaw Zajdel | |||
2023 | Online | S04-08 | talk | Active Debris Removal by Astroscale-Japan (ADRAS-J): Overview | Sharon Sara Saji | |||
2023 | Online | S04-09 | talk | NanoFF Mission Operations | Debdeep Roychowdhury | |||
2023 | Online | S05-01 | talk | An Update on Space Safety Activities in ESA and on ESA's Zero Debris Approach | Tim Flohrer | |||
2023 | Online | S05-02 | talk | Automated Space Debris Observation and Detection With a Low Cost Astronomy Mount | Michael A. Steindorfer | |||
2023 | Online | S05-03 | talk | The Role of SLR and SSA Observation Campaign Within the ELSA-d Mission | Sharon Sara Saji | |||
2023 | Online | S05-04 | talk | AGO70 Telescope: Demonstration of Passive Optical System Supporting SLR Tracking of Space Debris on LEO | Jiri Silha | |||
2023 | Online | S05-05 | talk | The Progress of Space Debris Laser Ranging at Shanghai SLR Station | Haifeng Zhang | |||
2023 | Online | S05-06 | talk | Study on Space Debris Laser Detection in Kunming Station | Xiaoyu Pi | |||
2023 | Online | S05-07 | talk | Space Debris Laser Ranging Activities in Zimmerwald | Thomas Schildknecht | |||
2023 | Online | S05-08 | talk | The Johannes Kepler Observatory and Laser-Space Debris Related Activities | Gerd A. Wagner | |||
2022 | Guadalajara | S01-01 | talk | A | V | ITRF2020 and the ILRS contribution | Zuheir Altamimi | |
2022 | Guadalajara | S01-02 | talk | A | V | DTRF2020: the ITRF 2020 realization of DGFI-TUM | Mathis Bloßfeld | |
2022 | Guadalajara | S01-03 | talk | A | V | P | Enhanced ILRS analysis for ITRF2020 | Vincenza Luceri |
2022 | Guadalajara | S01-04 | talk | A | V | P | Some Aspects of BKG's SLR Contribution to ITRF2020 | Daniel Koenig |
2022 | Guadalajara | S01-05 | talk | A | V | P | A Global SLR-only Reference Frame | David Sarrocco |
2022 | Guadalajara | S01-06 | talk | A | V | P | Multi-satellite SLR solutions including LARES/LARES-2 SLR data | Linda Geisser |
2022 | Guadalajara | S01-07 | talk | A | V | P | Determination and analysis of Herstmonceux geodetic heights for the period between 1984 and 2022 | Andreja Susnik |
2022 | Guadalajara | S01-08 | talk | A | V | P | EOP Prediction with special focus on SLR | Sadegh Modiri |
2022 | Guadalajara | S01-09 | talk | A | V | Height Determination for the most Accurate SLR Stations | Peter Dunn | |
2022 | Guadalajara | S02-01 | talk | A | V | A comparison of different ocean tides models | Julian Zeitlhöfler | |
2022 | Guadalajara | S02-02 | talk | A | V | Precise orbit determination of SLR and altimetry satellites using ITRS2020 realizations | Sergei Rudenko | |
2022 | Guadalajara | S02-03 | talk | A | V | COST-G gravity field models: application in SLR orbit determination | Ulrich Meyer | |
2022 | Guadalajara | S02-04 | talk | A | V | Thermal Thrust Perturbations, Spin evolution and the long-term behavior of LAGEOS II | David Lucchesi | |
2022 | Guadalajara | S02-05 | talk | V | A new system-dependent SLR measurement correction function for TOPEX/Poseidon | Julian Zeitlhöfler | ||
2022 | Guadalajara | S02-06 | talk | A | V | SLR validation of IGS Galileo orbits derived in the framework of the ITRF2020 realization | Krzysztof Sośnica | |
2022 | Guadalajara | S02-07 | talk | A | V | The ILRS Support to the Copernicus Sentinel-3 & -6 Missions | Jaime Fernández | |
2022 | Guadalajara | S03-01 | talk | A | V | P | A once in a lifetime experiment: SLR observations of the Apophis encounter Fri., April 13, 2029 | Jorge del Pino |
2022 | Guadalajara | S03-02 | talk | A | V | The Galileo for Science project: Fundamental Physics and Technology development for | Feliciana Sapio | |
2022 | Guadalajara | S03-03 | talk | A | V | Relativistic Positioning as a complementary technique of LASER Ranging | Angelo Tartaglia | |
2022 | Guadalajara | S03-04 | talk | A | V | Space Geodesy for the monitoring of Volcanoes and Surrounding Hills of Arequipa | Pablo Yanyachi | |
2022 | Guadalajara | S04-01 | talk | A | V | A tool for simulating SLR residuals - Placement of backup retroreflectors for future | Michael A. Steindorfer | |
2022 | Guadalajara | S04-02 | talk | A | V | P | Homogeneous formation of SLR Normal Point data | Linda Geisser |
2022 | Guadalajara | S04-03 | talk | A | V | P | Novel Data Analysis Strategy at the SwissOGS Zimmerwald (7810) | Julian Rodriguez-Villamizar |
2022 | Guadalajara | S04-04 | talk | A | V | Satellite Orientation effects on Centre of Mass Corrections | José C. Rodríguez | |
2022 | Guadalajara | S04-05 | talk | A | V | Modeling NASA/SLR Multi-Photon Receive Energies | Van Husson | |
2022 | Guadalajara | S04-06 | talk | A | V | Modeling ILRS Barometric Accuracies using the Vienna Mapping Function (VMF) | Van Husson | |
2022 | Guadalajara | S04-07 | talk | A | V | P | Seasonal variations in the station ranging bias and tropospheric zenith delay in SLR | Minkang Cheng |
2022 | Guadalajara | S04-08 | talk | A | V | Tropospheric delay modeling in SLR solutions based on numerical weather models and | Mateusz Drożdżewsk | |
2022 | Guadalajara | S04-09 | talk | A | V | Modeling of systematic effects in SLR observations to Swarm satellites for | Dariusz Strugarek | |
2022 | Guadalajara | S04-10 | talk | A | V | Systematic errors in Satellite Laser Ranging validations of microwave-based low Earth orbiter solutions | Daniel Arnold | |
2022 | Guadalajara | S05-01 | talk | A | Galileo mission recent results, ongoing support and future launches | Francisco González | ||
2022 | Guadalajara | S05-02 | talk | A | V | Fundamental Physics results in testing Gravitation with Laser-Ranged satellites: the LARASE and SaToR-G experiments | David Lucchesi | |
2022 | Guadalajara | S05-03 | talk | A | V | The LARES 2 satellite for testing general relativity successfully placed in orbit with VEGA C | Claudio Paris | |
2022 | Guadalajara | S05-04 | talk | A | V | A simulation study for future geodetic satellite constellations | Joanna Najder | |
2022 | Guadalajara | S05-05 | talk | A | V | SLR Contribution to the new Regional Navigation Satellite System of Korea | Jong Uk Park | |
2022 | Guadalajara | S05-06 | talk | A | V | P | JAXA developed SLR Reflector Mt.FUJI and Technical Demonstration on HTV-X | Yuki Akiyama |
2022 | Guadalajara | S05-07 | talk | A | V | Impact Analysis of Multiple LRR On-Board Future Copernicus CRISTAL Altimetry Mission | Jaime Fernández | |
2022 | Guadalajara | S05-08 | talk | A | V | METRIC: a compact mission concept for upper atmosphere mapping, fundamental physics and geodesy | Roberto Peron | |
2022 | Guadalajara | S05-09 | talk | A | V | Lunar Pathfinder Laser Retroreflector Array | Stephen M. Merkowitz | |
2022 | Guadalajara | S06-01 | talk | A | V | SLR-System Upgrade and Experiments at Zimmerwald | Pierre Lauber | |
2022 | Guadalajara | S06-02 | talk | A | V | Validation of the ESA's IZN-1 station and overview of current station capabilities | Andrea Di Mira | |
2022 | Guadalajara | S06-03 | talk | A | V | Current state of the contribution of ESA's Izana-1 station to the ILRS | Sven Bauer | |
2022 | Guadalajara | S06-04 | talk | A | V | P | Development Status of JAXA's New SLR Station in Tsukuba | Takehiro Matsumoto |
2022 | Guadalajara | S06-05 | talk | A | V | Yebes Laser Ranging Station (YLARA), development status 2022 | Beatriz Vaquero | |
2022 | Guadalajara | S06-06 | talk | A | V | P | Barometer calibration at the SLR Riga 1884, current status | Kalvis Salmins |
2022 | Guadalajara | S06-07 | talk | A | V | Automatically and Consistently Detecting and Extracting SLR Measurements for Every Satellite Pass | Matthew Wilkinson | |
2022 | Guadalajara | S06-08 | talk | A | V | Current Status and Plans for Test and Deployment of the First NASA SGSLR System | Jan McGarry | |
2022 | Guadalajara | S06-09 | talk | A | V | P | Ny-Ålesund: New SLR Site in the Arctic at 79°N | Gøril M. Breivik |
2022 | Guadalajara | S07-01 | talk | A | V | P | Space Debris Laser Ranging – Challenging and Rewarding – Update of the Izaña-1 station | Martin Ploner |
2022 | Guadalajara | S07-02 | talk | A | V | European Expert Centre for Space Safety providing services and support for space surveillance and traffic management | Thomas Schildknecht | |
2022 | Guadalajara | S07-03 | talk | A | V | P | Validation & Qualification of Space Debris Laser Systems at the Expert Centre for Space Safety | Julian Rodriguez-Villamizar |
2022 | Guadalajara | S07-04 | talk | A | V | Laser ranging—Evolution towards active sensor networking for debris observation | Laura Aivar | |
2022 | Guadalajara | S07-04 | talk | A | V | Laser ranging—Evolution towards active sensor networking for debris observation | Laura Aivar | |
2022 | Guadalajara | S07-05 | talk | A | V | P | Space Debris: Extraction of the Rotational State from Multistatic Light Curves | Manik Reichegger |
2022 | Guadalajara | S08-01 | talk | A | V | P | The miniSLR®: A low-cost, high-performance laser ranging system for the ILRS | Daniel Hampf |
2022 | Guadalajara | S08-02 | talk | A | V | P | State report of current developments for picosecond precision Time-of-Flight / Time-Tagging systems | Victors Kurtenoks |
2022 | Guadalajara | S08-03 | talk | A | V | P | Day- and night-time SLR at MHz repetition rate in Graz | Peiyuan Wang |
2022 | Guadalajara | S08-04 | talk | A | V | Degoras Project: A libre software and hardware for satellite laser ranging stations | Ángel Vera-Herrera | |
2022 | Guadalajara | S08-05 | talk | A | V | P | Progress of Laser Time Transfer at Chinese Space Station | Zhibo Wu |
2022 | Guadalajara | S08-06 | talk | A | V | Recent progress in SPAD detectors for SLR and laser time transfer | Ivan Prochazka | |
2022 | Guadalajara | S08-07 | talk | A | V | New Pico Event Timer for space applications | Ivan Prochazka | |
2022 | Guadalajara | S08-08 | talk | A | V | Two Color SLR at the WLRS – Scope & Limitations | Johann Eckl | |
2022 | Guadalajara | S08-09 | talk | A | V | Progress on the implementation of two-color high count rate laser ranging at Grasse | Hervé Mariey | |
2022 | Guadalajara | S08-10 | talk | A | V | Preliminary results of the new Event Timer with the IECS technologies | Kalvis Salmins | |
2022 | Guadalajara | S08-11 | talk | A | V | Development and validation of object detection algorithm for robust video based laser safety system | Hrithik Pandey | |
2022 | Guadalajara | S09-01 | talk | A | V | Polarimetric satellite laser ranging | Nils Bartels | |
2022 | Guadalajara | S09-02 | talk | A | V | P | Exploiting the synergy between optical two-way and microwave one-way ranging in a GNSS constellation: A simulation study | Anja Schlicht |
2022 | Guadalajara | S09-03 | talk | A | V | P | Combination of Microwave and Optical Observations for minimizing Atmospheric induced variations in Parameter Estimation | Peter Vollmair |
2022 | Guadalajara | S09-04 | talk | A | V | Satellite illumination for pointing and auto-tracking at Grasse station - France Station (ID7845) | Duy Ha Phung | |
2022 | Guadalajara | S09-05 | talk | A | Downlink communication experiments with OSIRISv1 laser terminal onboard Flying Laptop satellite at Grasse SLR/LLR station | Julien Chabé | ||
2022 | Guadalajara | S09-06 | talk | A | V | System design and concept of small-size, low-cost, multi-purpose Omni-SLR System | Toshimichi Otsubo | |
2022 | Guadalajara | S09-07 | talk | A | V | Laser Safety at NASA's New Laser Ranging Stations | Evan Hoffman | |
2022 | Guadalajara | S10-01 | talk | A | V | P | Recent Developments of the Apache Point Lunar Laser Ranging Station | Nicholas R. Colmenares |
2022 | Guadalajara | S10-02 | talk | A | Deep-Space Synchronous Two-way Laser Ranging Experiment Using the LIDAR on board Hayabusa2 | Takahide Mizuno | ||
2022 | Guadalajara | S10-03 | talk | A | V | P | Benefit of improved Lunar Laser Ranging data for the determination of Earth orientation parameters | Liliane Biskupek |
2022 | Guadalajara | S10-04 | talk | A | V | Uncertainty determination of Earth Rotation Parameters from LLR by parameter variation during data analysis | Vishwa Vijay Singh | |
2022 | Guadalajara | S10-05 | talk | A | Combination of Lunar Laser Ranging and Differential Lunar Laser Ranging | Mingyue Zhang | ||
2022 | Guadalajara | S10-06 | talk | A | V | P | Paris Observatory Lunar Analysis Center: from LLR predictions to tests of fundamental Physics | Adrien Bourgoin |
2022 | Guadalajara | S-01P-01 | poster | A | V | Reconstructing local ties via co-location in space onboard GNSS and LEO satellites | Dariusz Strugarek | |
2022 | Guadalajara | S-02P-01 | poster | A | V | Precision orbit determination of BDS satellites using combined SLR and inter-satellite link measurements | Weijing Qu | |
2022 | Guadalajara | S-03P-01 | poster | A | V | Time-variable Earth's gravity field derived using SLR and GRACE data | Filip Gałdyn | |
2022 | Guadalajara | S-04P-01 | poster | A | V | SLR link budget and retroreflector optical cross section evaluation | Tristan Meyer | |
2022 | Guadalajara | S-04P-02 | poster | A | V | A SLR pre-processing algorithm based on satellite signature effect | Bowen Guan | |
2022 | Guadalajara | S-04P-03 | poster | A | V | Systematic range residuals 2021–2022 | Toshimichi Otsubo | |
2022 | Guadalajara | S-05P-01 | poster | A | V | Preliminary design of a laser retroreflector payload for the MARTINLARA mission | Adolfo García-Marín | |
2022 | Guadalajara | S-06P-01 | poster | A | V | San Fernando Laser station: news and improvements | Manuel Catalán | |
2022 | Guadalajara | S-06P-02 | poster | A | V | New opportunities of SLR service of main metrological Center of State Service of Time, Frequency and EOP evaluation | Igor Ignatenko | |
2022 | Guadalajara | S-06P-03 | poster | A | V | P | SLR station Riga 1884, status report | J. Kaulins |
2022 | Guadalajara | S-06P-04 | poster | A | V | P | The impact of cyclone Seroja at Yarragadee | Randall Carman |
2022 | Guadalajara | S-06P-05 | poster | A | V | P | Determination of the reference point of Metsähovi SLR telescope | Arttu Raja-Halli |
2022 | Guadalajara | S-06P-06 | poster | A | V | EUROLAS Data Center (EDC) ― status report 2018–2022 | Christian Schwatke | |
2022 | Guadalajara | S-06P-07 | poster | A | V | P | LARES-2 —initial results from NSGF Space Geodesy Facility | Andreja Susnik |
2022 | Guadalajara | S-06P-08 | poster | A | V | P | CDDIS services to the ILRS | Justine Woo |
2022 | Guadalajara | S-06P-09 | poster | A | V | ILRS data centers—overview, current status, and future work | Justine Woo | |
2022 | Guadalajara | S-06P-10 | poster | A | V | P | Detecting Satellite Laser Ranging Station Data and Operational Anomalies with Machine Learning Isolation Forests at NASA's CDDIS | Justine Woo |
2022 | Guadalajara | S-06P-11 | poster | A | The further development of the DiGOS allsky camera | Erik Guenther | ||
2022 | Guadalajara | S-06P-12 | poster | A | V | Determination of the natural frequencies of vibration of geodetic pillars with a COST seismometer | José C. Rodríguez | |
2022 | Guadalajara | S-06P-13 | poster | A | V | P | Astrometric calibration of all-sky camera for aircraft spotting and meteor observations | José C. Rodríguez |
2022 | Guadalajara | S-06P-14 | poster | A | V | The local tie at RAEGE stations | Elena Martínez | |
2022 | Guadalajara | S-06P-15 | poster | A | V | P | Laser safety in Ny-Ålesund: aircraft avoidance system (AAS) | Ole J. Klingan |
2022 | Guadalajara | S-07P-01 | poster | A | V | Laser tracking to space debris with low power of ps laser/1 KHz based on the 1.2-meter telescope at mid-west China | Haifeng Zhang | |
2022 | Guadalajara | S-07P-02 | poster | A | V | Orbit determination by merging optical, radar and laser measurements | Manuel S. Piedra | |
2022 | Guadalajara | S-07P-03 | poster | A | V | Research on laser in-sky safety early warning method for high power debris laser ranging system | Hongyu Long | |
2022 | Guadalajara | S-08P-01 | poster | A | V | Development of Omni-SLR system (1): optical subsystem | Hiroshi Araki | |
2022 | Guadalajara | S-08P-02 | poster | A | V | Development of Omni-SLR system (2): tracking subsystem | Toshimichi Otsubo | |
2022 | Guadalajara | S-08P-03 | poster | A | V | Development of Omni-SLR system (3): timing/software subsystem | Yusuke Yokota | |
2022 | Guadalajara | S-08P-04 | poster | A | V | A compact, mobile, robotic, high precision tracking platform for SLR, astrometry, photometry, and laser ranging | Thomas Varghese | |
2022 | Guadalajara | S-08P-05 | poster | A | V | An automated, intelligent, LHRS (AI-LHRS) for supporting the safety of lasers in airspace | Thomas Varghese | |
2022 | Guadalajara | S-08P-06 | poster | A | V | SGSLR receiver detector testing and the pulse width calibration technique | Christopher Clarke | |
2022 | Guadalajara | S-08P-07 | poster | A | V | P | Modular setup of SLR laser and detection packages | Nadine Trummer |
2019 | Stuttgart | 1 | talk | V | Welcome and house-keeping | Daniel Hampf | ||
2019 | Stuttgart | 2 | talk | V | Welcome by DLR and the Institute of Technical Physics | Thomas Dekorsy | ||
2019 | Stuttgart | 3 | talk | V | Overview of laser ranging activities at the Institute of Technical Physics | Wolfgang Riede | ||
2019 | Stuttgart | 4 | talk | V | Opening remarks from GB Chair: Highlighting the significance of the workshop | Toshimichi Otsubo | ||
2019 | Stuttgart | 5 | talk | A | V | ILRS: Recent Developments | Carey Noll | |
2019 | Stuttgart | 6 | talk | V | Next generation laser ranging systems | Matthew Wilkinson | ||
2019 | Stuttgart | 7 | talk | V | Possible Pathways to Producing Rapid Millimeter Accuracy Normal Points | John Degnan | ||
2019 | Stuttgart | 8 | talk | V | SLR in the next 7.5 years | Georg Kirchner | ||
2019 | Stuttgart | 9 | talk | A | V | Quality of Orbit Predictions for Satellites Tracked by SLR Stations | Krzysztof Sośnica | |
2019 | Stuttgart | 10 | talk | A | V | Time Bias Service: Latest Status, Implementation and Prediction Quality Analysis | Sven Bauer | |
2019 | Stuttgart | 11 | talk | A | V | Copernicus Sentinel-3 Mission - Orbit Validation and SLR Station Quality Assessment | Marc Fernández Usón | |
2019 | Stuttgart | 12 | talk | A | V | An Independent Assessment of T2L2 Results from the NASA SLR Network | Van Husson | |
2019 | Stuttgart | 13 | talk | A | V | Statistical Evaluation of Simulated Normal Points Calculated with a Wiener Filter | Stefan Riepl | |
2019 | Stuttgart | 14 | talk | A | V | INSAR Corner Cube at GRSM | Mourad Aimar | |
2019 | Stuttgart | 15 | talk | A | V | Effects of Reference Frequency Stability to SLR Measurements Errors | Vyacheslav Ivanov | |
2019 | Stuttgart | 16 | talk | A | V | Status of Laser Timing at Stafford, Virginia | Jake Griffiths | |
2019 | Stuttgart | 17 | talk | A | V | Lunar Laser Ranging Research and Experiment in Yunnan Observatories | Yuqiang Li | |
2019 | Stuttgart | 18 | talk | V | Poster presentations | Chairs | ||
2019 | Stuttgart | 19 | talk | V | Transponder Standing Committee Meeting | |||
2019 | Stuttgart | 20 | talk | A | V | Two Way Ranging on Lunar Reconnaissance Orbiter at Grasse MéO station | Herve Mariey | |
2019 | Stuttgart | 21 | talk | A | V | SRC PAS Borowiec Second Satellite Tracking System | Tomasz Suchodolski | |
2019 | Stuttgart | 22 | talk | A | V | Smart Transmit Telescope | Georg Kirchner | |
2019 | Stuttgart | 23 | talk | A | V | New SPAD Detector Package for SLR and Laser Time Transfer | Ivan Prochazka | |
2019 | Stuttgart | 24 | talk | A | V | The Preliminary Results of Ground Tests Over the Ring Array | Andrey Sokolov | |
2019 | Stuttgart | 25 | talk | V | Photometry with Gated SPAD: Theory and Approach | Zhipeng Liang | ||
2019 | Stuttgart | 26 | talk | A | V | Time transfer accuracy | Daniele Rovera | |
2019 | Stuttgart | 27 | talk | A | V | Time transfer through GLONASS: motivation, goals and technical implementation | Sergey Martynov | |
2019 | Stuttgart | 28 | talk | A | V | Towards quantum communication from global navigation satellite system | Luca Calderaro | |
2019 | Stuttgart | 29 | talk | A | V | Laser Communication Experiments at Grasse - France Station (ID7845) and Prospective Applications for Satellite Laser Ranging | Duy-Há Phung | |
2019 | Stuttgart | 30 | talk | A | V | Fast Developing Space Debris Laser Tracking in China | Pengqi Gao | |
2019 | Stuttgart | 31 | talk | A | V | Use of a Night-Tracking Camera during daytime | Emiliano Cordelli | |
2019 | Stuttgart | 32 | talk | A | V | Fine tracking for laser flux stabilization on an optical detector for space-to-ground laser link communication | Nicolas Maurice | |
2019 | Stuttgart | 33 | talk | A | V | LAGEOS and LARES satellites attitude determination with the LASSOS spin model | David Lucchesi | |
2019 | Stuttgart | 34 | talk | A | Benefits of SLR Tracking for Galileo Orbit and Attitude Determination | Florian Dilssner | ||
2019 | Stuttgart | 35 | talk | A | V | Intra-technique Combination and Its Precision Evaluation based on SHAO SLR SINEX solutions | Xiaoya Wang | |
2019 | Stuttgart | 36 | talk | V | Space Debris Panel Discussion | |||
2019 | Stuttgart | 37 | talk | V | Mission Standing Committee Meeting | |||
2019 | Stuttgart | 38 | talk | V | Networks & Engineering Standing Committee Meeting | |||
2019 | Stuttgart | 39 | talk | A | V | Daylight space debris laser ranging | Michael Steindorfer | |
2019 | Stuttgart | 40 | talk | A | Infrared Laser Ranging to Satellite and Debris in Shanghai station | Kai Tang | ||
2019 | Stuttgart | 41 | talk | A | V | The potential of increased station performances for scientific SLR products | Mathis Bloßfeld | |
2019 | Stuttgart | 42 | talk | A | V | Improvements of the SOS-W automatic scheduler for special campaign support | Stefan Riepl | |
2019 | Stuttgart | 43 | talk | A | V | The miniSLR system: a standardized solution for routine SLR observations | Daniel Hampf | |
2019 | Stuttgart | 44 | talk | A | V | GNSS Prediction from Navigation Message | Xue Dong | |
2019 | Stuttgart | 45 | talk | A | V | SGSLR Receiver Validation and Pulse Width Amplitude Correction | Evan Hoffman | |
2019 | Stuttgart | 46 | talk | A | V | Lunar surface control network with retro-reflectors and radio transponders in Chang’E lunar | Jinsong Ping | |
2019 | Stuttgart | 47 | talk | A | V | Coherent Time and Frequency Distribution System for a Fundamental Station | Jan Kodet | |
2019 | Stuttgart | 48 | talk | A | V | Optical Laser time transfer and high repetition monostatic SLR | Johann Eckl | |
2019 | Stuttgart | 49 | talk | V | Poster session | |||
2019 | Stuttgart | 50 | talk | A | V | High repetition rate SLR at GRSM | Clément Courde | |
2019 | Stuttgart | 51 | talk | A | V | 100 kHz satellite laser ranging demonstration at Matera Laser Ranging Observatory | Daniele Dequal | |
2019 | Stuttgart | 52 | talk | A | Progress of Transportable Cabin-Based SLR system | Zhongping Zhang | ||
2019 | Stuttgart | 53 | talk | A | V | Status Report of Tanegashima SLR station (GMSL) and Developing status of JAXA’s next SLR station | Takehiro Matsumoto | |
2019 | Stuttgart | 54 | talk | V | On the Birth and Future of Lunar Laser Ranging | Douglas Currie | ||
2019 | Stuttgart | 55 | talk | V | Introduction | Chairs | ||
2019 | Stuttgart | 56 | talk | A | V | European Laser Safety: Laser Emitters and Flight Safety | Jean-Marie Torre | |
2019 | Stuttgart | 57 | talk | A | V | Free space laser safety system for Aircraft Camera Detection in the Infrared | Andreas Leidig | |
2019 | Stuttgart | 58 | talk | A | V | Optically Detecting Aircraft for In-Sky Safety in Daylight Conditions | Matthew Wilkinson | |
2019 | Stuttgart | 59 | talk | A | V | ADS ADS-B aircraft safety system assembled at less than EUR/USD 100 | Toshimichi Otsubo | |
2019 | Stuttgart | 60 | talk | A | V | Web-based approach for system monitoring and remote SLR control | Theodor Bachem | |
2019 | Stuttgart | 61 | talk | A | V | SGSLR safety & security across global locations | Jan McGarry | |
2019 | Stuttgart | 62 | poster | A | An SLR Receiver to Discriminate Single- from Multiphoton Events | Stefanie Häusler | ||
2019 | Stuttgart | 63 | poster | A | V | Upgrade Hardware & Software Golosiiv Station 1824 | Mykhaylo Medvedskyy | |
2019 | Stuttgart | 64 | poster | A | V | Raspberry Pi-based Laser Beam Profiler | Thibaud Mourlon | |
2019 | Stuttgart | 65 | poster | A | Processing of Satellite Laser Ranging Data to GNSS Satellites at IGiG WUELS | Krzysztof Sośnica | ||
2019 | Stuttgart | 66 | poster | A | V | San Fernando Laser Station Updates and New Improvements | Manuel Sánchez Piedra | |
2019 | Stuttgart | 67 | poster | A | V | The Performance of 1m Aperture SLR Telescope in Wuhan JiuFeng SLR Station | Jie Zhang | |
2019 | Stuttgart | 68 | poster | A | V | Continuous Sky Clarity Monitoring at Riga and Metsähovi: January 2018 - June 2019 | Jorge del Pino | |
2019 | Stuttgart | 69 | poster | A | Accuracy of Single Measurements in a Laser Location | I.Yu. Ignatenko | ||
2019 | Stuttgart | 70 | poster | A | An Array of Compact Cheap CCRs for High-elliptical Navigation Spacecraft | Andrey Sokolov | ||
2019 | Stuttgart | 71 | poster | A | All Sky Camera Concept | Erik Günther | ||
2019 | Stuttgart | 72 | poster | A | Status of the NASA SGSLR Subsystem Development | Julie Horvath | ||
2019 | Stuttgart | 73 | poster | A | V | Mount model of 1.2m telescope at Kunming station | Rongwang Li | |
2019 | Stuttgart | 74 | poster | A | V | Where – a new software for geodetic analysis | Ingrid Fausk | |
2019 | Stuttgart | 75 | poster | A | Realization of the terrestrial reference frame based on integrated SLR measurements to LEO, geodetic, and Galileo satellites | Krzysztof Sośnica | ||
2019 | Stuttgart | 76 | poster | A | Space Debris Laser Ranging and Characteristic Analysis | Pengqi Gao | ||
2019 | Stuttgart | 77 | poster | A | Weak Echo Signal Extraction in Space Debris Laser Ranging | Pengqi Gao | ||
2019 | Stuttgart | 78 | poster | A | V | Design and qualification of a recessed satellite cornercube retroreflector for ground-based attitude verification via satellite laser ranging | Nils Bartels | |
2019 | Stuttgart | 79 | poster | A | New photon counting detector packages optimized for space debris tracking and near infrared operation | Ivan Procházka | ||
2019 | Stuttgart | 80 | poster | A | Progress of laser time transfer on Chinese Space Station | Kai Tang | ||
2019 | Stuttgart | 81 | poster | A | V | Using Problem Reports and LORs in the Sustainment of NASA SLR Networks | Dennis Chase | |
2019 | Stuttgart | 82 | poster | A | A Python-based Analysis Toolkit for SLR Ground Stations | Alexander DeRieux | ||
2019 | Stuttgart | 83 | poster | A | V | Application of Adult Stage Development Theory to the Management of the NASA SLR Operations Team | Rivers Lamb | |
2019 | Stuttgart | 84 | poster | A | V | YLARA station development status 2019 | José Antonio López Pérez | |
2019 | Stuttgart | 85 | poster | A | Determination of Precise EOP using Satellite and Lunar Laser Ranging | Efim Tcyba | ||
2019 | Stuttgart | 86 | poster | A | V | Contributions to sub-MHz SLR in Graz | Peiyuan Wang | |
2019 | Stuttgart | 87 | poster | A | MS-LART: DLR’s latest telescope platform for satellite and space debris laser ranging | Gerd Wagner | ||
2019 | Stuttgart | 88 | poster | A | V | Troposphere delay modeling in SLR solutions | Mateusz Drożdżewski | |
2019 | Stuttgart | 89 | poster | V | SGSLR Receiver Detector Pulse Width Calibration Technique | Christopher Clarke | ||
2019 | Stuttgart | 90 | poster | A | V | NASA SGSLR Power and Lightning Protection | Howard Donovan | |
2018 | Canberra | 1 | talk | V | Welcome | David Ball | ||
2018 | Canberra | 2 | talk | A | V | P | Contributions of SLR for the Next Decade | Thomas Herring |
2018 | Canberra | 3 | talk | A | V | GGOS and Essential Geodetic Variables | Richard Gross | |
2018 | Canberra | 4 | talk | A | V | The Role of Laser Ranging for the Global Geodetic Observing System GGOS | Mathis Bloßfeld | |
2018 | Canberra | 5 | talk | A | V | The Synergy of Satellite Laser Ranging (SLR) and DORIS as Space Geodesy Techniques | Frank Lemoine | |
2018 | Canberra | 6 | talk | A | V | SLR tracking of GNSS constellations - Many synergies to be explored | Daniela Thaller | |
2018 | Canberra | 7 | talk | A | V | P | ILRS: Current Status and Future Plans | Carey Noll |
2018 | Canberra | 8 | talk | A | V | P | Recent Progress of VGOS and its role on GGOS | Takahiro Wakasugi |
2018 | Canberra | 9 | talk | A | V | P | Extension of the SLR tracking network and its potential for the realization of Terrestrial Reference Frames | Alexander Kehm |
2018 | Canberra | 10 | talk | A | V | The role of ground Surveys in GGOS and recent advances in ground survey techniques | Gary Johnston | |
2018 | Canberra | 11 | talk | A | V | Systematic Error Monitoring and Modeling in ILRS Data and Products for ITRF2020 Development | Vincenza Luceri | |
2018 | Canberra | 12 | talk | A | V | Updated centre of mass correction tables for LAGEOS, Etalon, LARES, Starlette and Ajisai | José Rodríguez | |
2018 | Canberra | 13 | talk | A | V | Estimation of the laser retro-reflector array center location for GLONASS-M | Andrey Pafnutyev | |
2018 | Canberra | 14 | talk | A | V | Modeling Revisions for Improved Reprocessing for ITRF2020 | Erricos C. Pavlis | |
2018 | Canberra | 15 | talk | A | V | Precise modeling of solar radiation pressure acceleration for spherical geodetic satellites | Akihisa Hattori | |
2018 | Canberra | 16 | talk | A | V | P | VMF3o: Enhanced Tropospheric Mapping Functions for Optical Frequencies | Janina Boisits |
2018 | Canberra | 17 | talk | A | V | Contribution of SLR observations to GNSS and LEO satellites for validating and improving LAGEOS-based parameters | Krzysztof Sośnica | |
2018 | Canberra | 18 | talk | A | V | Galileo precise orbit determination based on GNSS and SLR observations | Krzysztof Sośnica | |
2018 | Canberra | 19 | talk | A | V | The effect of SLR tracking scenarios to GNSS satellites in a combined GNSS/SLR solution | Florian Andritsch | |
2018 | Canberra | 20 | talk | A | V | Evaluating the potential of combined SLR gravity field solutions | Mathis Bloßfeld | |
2018 | Canberra | 21 | talk | A | V | P | SLR and GRACE gravity field determination and combination | Ulrich Meyer |
2018 | Canberra | 22 | talk | A | V | P | Initial combination of our SLR weekly solutions with other Analysis Centers | Fan Shao |
2018 | Canberra | 23 | talk | A | V | P | Thermal-Optical Design of a Geodetic Satellite for One Millimeter Accuracy | Erricos Pavlis |
2018 | Canberra | 24 | talk | A | V | Status of the ILRS support for the GRACE-FO mission | Sven Bauer | |
2018 | Canberra | 25 | talk | A | V | Tracking of GNSS satellites – usage in the GNSS community | Thomas Schildknecht | |
2018 | Canberra | 26 | talk | A | V | Precise orbit determination of the Ranging And Nanosatellite Guidance Experiment (RANGE) | Jake Griffiths | |
2018 | Canberra | 27 | talk | A | V | P | Satellite Laser Ranging Evaluation to Quasi-Zenith Satellite System | Ryoma Ishibashi |
2018 | Canberra | 28 | talk | A | V | Current status and expected performance of European Laser Timing | Ulrich Schreiber | |
2018 | Canberra | 29 | talk | A | V | P | Verification of ELT performance by Monte Carlo Simulations | Anja Schlicht |
2018 | Canberra | 30 | talk | A | V | P | Common View Time Transfer by diffuse reflections from Space Debris objects | Ulrich Schreiber |
2018 | Canberra | 31 | talk | A | V | Laser Ranging to Measure LightSail Orbit Raising | Toshimichi Otsubo | |
2018 | Canberra | 32 | talk | A | V | ILRS support and flight results of distributed nanosatellite mission S-NET | Peiyuan Wang | |
2018 | Canberra | 33 | talk | A | V | Attitude determination of Galileo spacecraft using high resolution kHz SLR | Michael Steindorfer | |
2018 | Canberra | 34 | talk | A | V | Gravity field determination using post-Newtonian energy integral | Joseph O'leary | |
2018 | Canberra | 35 | talk | A | V | Toward high-rate on-time mm-accurate SLR at Stafford, Virginia | Jake Griffiths | |
2018 | Canberra | 36 | talk | A | V | Towards Turnkey SLR Systems: New ESA Laser Ranging Station (ELRS) | Andre Kloth | |
2018 | Canberra | 37 | talk | A | V | P | Laser ranging in Main metrological center of the Russian State service of time, frequency and the Earth rotation parameters determination | Igor Blinov |
2018 | Canberra | 38 | talk | A | V | Plans and study of JAXA’s next SLR station | Takehiro Matsumoto | |
2018 | Canberra | 39 | talk | A | V | P | EUROLAS Data Center (EDC) – Recent Developments (Site Logs, Station History Logs, and Data Transfer) | Christian Schwatke |
2018 | Canberra | 40 | talk | A | V | P | Optimization of the current SLR tracking network: potential for SLR-derived reference frames | Alexander Kehm |
2018 | Canberra | 41 | talk | A | V | Determination of the coordinates of SLR stations from the LARES satellite | Stanislaw Schillak | |
2018 | Canberra | 42 | talk | A | V | Monitoring the Time Biases in laser ranging stations thanks to the Time Transfer by Laser Link T2L2 experiment | Alexandre Belli | |
2018 | Canberra | 43 | talk | A | V | P | Accurate Optical Time Transfer between a Clock on Ground and in Space | Ulrich Schreiber |
2018 | Canberra | 44 | talk | A | V | Some Unstable Factors Affecting Displacement in SLR Range Measurements | Igor Ignatenko | |
2018 | Canberra | 45 | talk | A | V | P | Systematic SLR errors detected in precise orbit determination | Toshimichi Otsubo |
2018 | Canberra | 46 | talk | A | V | P | Implementing consistent clipping in the reduction of SLR data from SGF, Herstmonceux | Matthew Wilkinson |
2018 | Canberra | 47 | talk | A | V | P | Processing of SLR observations with an optimal Wiener filter – an alternative way to calculate normal points | Stefan Riepl |
2018 | Canberra | 48 | talk | A | V | P | A Data Processing Approach to High Precision , High Return Rate kHz SLR Stations | John Degnan |
2018 | Canberra | 49 | talk | A | V | Thermal-Optical Performance of the GPS III Laser Retroreflector Array | Stephen Merkowitz | |
2018 | Canberra | 50 | talk | A | V | Characterization of the optical performance of COTS laser retroreflectors for ASI-INFN Joint Projects | Chiara Mondaini | |
2018 | Canberra | 51 | talk | A | V | P | kHz SLR application on the attitude analysis of Technosat | Peiyuan Wang |
2018 | Canberra | 52 | talk | A | V | Microreflectors for Mars, Phobos/Deimos and Asteroids/Comets | Marco Muccino | |
2018 | Canberra | 53 | talk | A | V | Experimental determination of photometric characteristics of the BLITS-M satellite and its range correction | Vyacheslav Murashkin | |
2018 | Canberra | 54 | talk | A | V | P | Retroreflector systems to determine the coordinates of SC moving parts | Andrey Sokolov |
2018 | Canberra | 55 | talk | A | V | P | Use of a night-tracking camera for real time correction of the pointing of the SLR system | Emiliano Cordelli |
2018 | Canberra | 56 | talk | A | V | The status of WLRS system automation | Johann Eckl | |
2018 | Canberra | 57 | talk | A | V | P | Sequential Processing of ILRS Observations – Experiences over the last 5 years | David Vallado |
2018 | Canberra | 58 | talk | A | V | Development of automated SLR data processing at Mount Stromlo SLR Station | Christopher Moore | |
2018 | Canberra | 59 | talk | A | V | P | Updates to the ILRS Predictions and Data Formats | Randall Ricklefs |
2018 | Canberra | 60 | talk | A | V | P | Station Assessment Software - Overview | Justine Woo |
2018 | Canberra | 61 | talk | 1. Data Quality Materials | Erricos Pavlis, | |||
2018 | Canberra | 62 | talk | 2. Data Productivity | Randall Carman, | |||
2018 | Canberra | 63 | talk | 3. System Accuracy / BiasesMaterials | Toshimichi Otsubo, | |||
2018 | Canberra | 64 | talk | 4. ILRS Procedures | Randall Ricklefs, | |||
2018 | Canberra | 65 | talk | 5. Web Tools and Software | Matthew Wilkinson, | |||
2018 | Canberra | 66 | talk | 6. Calibration and Ground Targets | Georg Kirchner, | |||
2018 | Canberra | 67 | talk | A | V | A High Power Laser Ranging Facility at JPL's TMO | Michael Shao | |
2018 | Canberra | 68 | talk | A | V | P | Concept for a new minimal SLR system | Daniel Hampf |
2018 | Canberra | 69 | talk | A | V | Development Progress on NASA’s Space Geodesy Satellite Laser Ranging System | Evan Hoffman | |
2018 | Canberra | 70 | talk | A | V | Modernization of Event Timer RTS 2006 | Kalvis Salmins | |
2018 | Canberra | 71 | talk | A | V | Near Simultaneous on-orbit Testing of GOES-16 and GOES-17 GLM payloads from 2 NASA SLR sites using collocated GLM laser beacons | Thomas Varghese | |
2018 | Canberra | 72 | talk | A | V | Progress of Space Qualification of the NPET Timing System for SLR and Time Transfer Applications | Johan Westin | |
2018 | Canberra | 73 | talk | A | V | Reduction of Atmospheric Modelling Errors Using Multiple Wavelength Ranging | Ben Greene | |
2018 | Canberra | 74 | talk | A | Space Debris Laser Ranging Test Based on 1064nm Laser Wavelength | Zhai Dong Sheng | ||
2018 | Canberra | 75 | talk | A | V | The results of full-scale tests of the new Russian laser station «Tochka» | Sergey Martynov | |
2018 | Canberra | 76 | talk | A | V | The Semiconductor Guidestar Laser: A Novel, Affordable, Low SWaP Sodium Guide Star Laser for Adaptive Optics Tracking of Space Objects | Celine d'Orgeville | |
2018 | Canberra | 77 | talk | A | V | Airborne and Spaceborne Single Photon 3D Imaging Lidars | John Degnan | |
2018 | Canberra | 78 | talk | A | V | Communications and Ranging Experiment using Laser Terminal on Satellite | Hiroo Kunimori | |
2018 | Canberra | 79 | talk | A | V | Observations from the low LEO orbit up to the moon | Johann Eckl | |
2018 | Canberra | 80 | talk | A | V | Development on Lunar laser ranging at Yunnan Observatories | Yaoheng Xiong | |
2018 | Canberra | 81 | talk | A | V | Development of hollow corner cube retroreflector for the future lunar and deep space satellite laser ranging | Yun He | |
2018 | Canberra | 82 | talk | A | V | P | Testing and physics analysis of old (Lunokhod) and new (MoonLIGHT) lunar laser retroreflectors | Luca Porcelli |
2018 | Canberra | 83 | talk | A | V | Sub-Millimeter Lunar Laser Ranging: Novel Approach to Moon Reference Frame | Vladimir Zharov | |
2018 | Canberra | 84 | talk | A | V | Advanced Lunar Laser Ranging for High-Precision Science Investigations | Slava G. Turyshev | |
2018 | Canberra | 85 | talk | V | Keynote Address | Moriba Jah | ||
2018 | Canberra | 86 | talk | A | V | SERC Research Program 1 Review: Remote manoeuvre of space debris using photon pressure for active collision avoidance | Craig Smith | |
2018 | Canberra | 87 | talk | A | V | Adaptive optics corrected imaging for satellite and debris characterisation | Michael Copeland | |
2018 | Canberra | 88 | talk | A | V | P | Tracking non-cooperative low earth orbit objects using GNSS satellites as a multi-static radar | Sohrab Mahmud |
2018 | Canberra | 89 | talk | A | V | Photon counting detector for both passive and active space debris optical tracking | Georg Kirchner | |
2018 | Canberra | 90 | talk | A | V | Mission characterization of LEO targets | Pawel Lejba | |
2018 | Canberra | 91 | talk | A | V | Multi-kW High Beam Quality CW Laser for Space Debris Manoeuvering | Yue Gao | |
2018 | Canberra | 92 | talk | A | V | Overview and Research findings of SERC Research Program 2: Orbit Determination and Predicting Behaviours of Space Objects | Robert Norman | |
2018 | Canberra | 93 | talk | A | V | Local orbit uncertainty reduction in follow-up passes based on single-pass debris laser ranging | Christoph Bamann | |
2018 | Canberra | 94 | talk | A | V | P | Real Time Improvement of Orbits of Space Debris by fusing SLR and astrometric data Acquired by a Night-Tracking Camera | Emiliano Cordelli |
2018 | Canberra | 95 | talk | A | V | P | Orbit Determination for Space Debris Tracking using Laser Ranging and Angular Data from An Encoder in Geochang SLR system | Simon Kim |
2018 | Canberra | 96 | talk | A | V | Orbit determination and prediction accuracy of TOPEX with a priori solar radiation force derived from photometrics and laser ranging data | Michael Lachut | |
2018 | Canberra | 97 | talk | A | V | A new Australian conjunction assessment and threat warning service | James Bennett | |
2018 | Canberra | 98 | talk | A | V | P | Operational Collision Avoidance at ESOC | Quirin Funke |
2018 | Canberra | 99 | talk | A | V | Enhancement Software Package for Collision Risk Mitigation in KARI | Jaedong Seong | |
2018 | Canberra | 100 | talk | A | V | Assessing GEO Close Encounter Warnings for Spacecraft Operations | Sven Flegel | |
2018 | Canberra | 101 | talk | A | V | Informative optimal collision avoidance manoeuvrers using deep learning | Rasit Abay | |
2018 | Canberra | 102 | talk | A | V | Laser Precision Collision Avoidance : A New Concept in Space Debris Mitigation | Toshikazu Ebisuzaki | |
2018 | Canberra | 103 | talk | A | Space Environment Research Centre: Space Segment Overview | Benjamin Sheard | ||
2018 | Canberra | 104 | talk | A | V | P | A systematic study of laser ablation for space debris mitigation | Francesco Nozzoli |
2018 | Canberra | 105 | talk | A | V | Deorbiting Mission of cm-Sized Space Debris by Laser Ablation | Toshikazu Ebisuzaki | |
2018 | Canberra | 106 | talk | A | V | P | High-definition Photometry - new tool for space debris characterization | Daniel Kucharski |
2018 | Canberra | 107 | talk | A | V | P | Investigation into the rotational dynamics of the defunct satellite TOPEX/Poseidon | Luc Sagnières |
2018 | Canberra | 108 | talk | A | Collision Avoidance using Ground Based Lasers | Liam Smith | ||
2018 | Canberra | 109 | talk | Closing Keynote Address | Ben Greene | |||
2018 | Canberra | A1 | poster | V | P | NASA CDDIS: Important Changes to User Access | Carey Noll | |
2018 | Canberra | A2 | poster | V | New Horizons for Latin American SLR Network | Pablo Raul Yanyachi | ||
2018 | Canberra | A3 | poster | V | A combined solution of SLR, SLR to GNSS and GNSS at Normal Equations Level: Preliminary results and facts | Dimitrios Ampatzidis | ||
2018 | Canberra | A4 | poster | V | Expanded SLR Target Constellation for Improved Future ITRFs | Erricos Pavlis | ||
2018 | Canberra | A5 | poster | V | Network effects and handling of geocentre motion in SLR and GNSS solutions | Krzysztof Sośnica | ||
2018 | Canberra | A6 | poster | V | A common mode error explore for GNSS/VLBI/SLR/DORIS based on PCA method | Xiaoya Wang | ||
2018 | Canberra | A7 | poster | V | A New Model of the Mean Albedo of the Earth: Estimation and Validation from the GRACE Mission and SLR Satellites | Florent Deleflie | ||
2018 | Canberra | A8 | poster | V | Status of the GRGS Analysis Center | Florent Deleflie | ||
2018 | Canberra | A9 | poster | V | Role of laser measurements in the Geo-IK-2 mission | Natalia Parkhomenko | ||
2018 | Canberra | A10 | poster | V | Station performance of the Sazhen-TM system at Hartebeesthoek | Roelf Botha | ||
2018 | Canberra | A11 | poster | V | Status and recent upgrades at MOBLAS5/Yarragadee | Randall Carman | ||
2018 | Canberra | A12 | poster | V | San Fernando laser station latest upgrades and news | Manuel Catalán | ||
2018 | Canberra | A13 | poster | V | The Improvement on Data Quality of Changchun High Repetition Rate Laser Ranging System | Xue Dong | ||
2018 | Canberra | A14 | poster | V | Stuttgart SLR stations | Daniel Hampf | ||
2018 | Canberra | A15 | poster | Syowa Geodetic Station in Antarctica: Current Status and Future Prospects | Akihisa Hattori | |||
2018 | Canberra | A16 | poster | V | Status of the NASA SGSLR Gimbal and Telescope Assembly Build and Test | Julie Horvath | ||
2018 | Canberra | A17 | poster | The state and development of laser ranging measurements at the Mendeleevo SLR station | Igor Ignatenko | |||
2018 | Canberra | A18 | poster | V | Satellite laser ranging at station 1893 (Katzively) in 2017 | Igor Ignatenko | ||
2018 | Canberra | A19 | poster | The state and development of laser ranging measurements at the Irkutsk SLR station | Igor Ignatenko | |||
2018 | Canberra | A20 | poster | V | Need for a Space Geodetic Station around Indian Ocean Region | Elango Kattimuthu | ||
2018 | Canberra | A21 | poster | V | Current NASA SLR Network Operations | Rivers Lamb | ||
2018 | Canberra | A22 | poster | V | Kunming Station New Satellite Laser Ranging System | Zhulian Li | ||
2018 | Canberra | A23 | poster | V | Past (LURE), Present (TLRS-4) and Future (SGSLR) of Laser Ranging at Haleakala, Maui | Daniel O'Gara | ||
2018 | Canberra | A24 | poster | V | Metsähovi Geodetic Research Station – a future GGOS core station | Arttu Raja-halli | ||
2018 | Canberra | A25 | poster | V | The McDonald Geodetic Observatory (MGO) | Randall Ricklefs | ||
2018 | Canberra | A26 | poster | V | Tanegashima Station (GMSL) Status Report | Takahiro Matsumoto | ||
2018 | Canberra | A27 | poster | V | SLR Station Riga Status Report | Kalvis Salmins | ||
2018 | Canberra | A28 | poster | V | Coordinates of the Borowiec SLR station in 2015-2018 | Stanislaw Schillak | ||
2018 | Canberra | A29 | poster | V | P | EUROLAS Data Center (EDC) - Status Report 2016-2018 | Christian Schwatke | |
2018 | Canberra | A30 | poster | V | Latest Activities and Developments at the SGF, Herstmonceux | Matthew Wilkinson | ||
2018 | Canberra | B1 | poster | V | NASA Network Sustainment Analysis & Trends | Christopher Szwec | ||
2018 | Canberra | B2 | poster | V | Status of the establishment of the Yebes Laser Ranging Station (YLARA) | Beatriz Vaquero-Jiménez | ||
2018 | Canberra | B3 | poster | V | Station Assessment Software – Initial Results | Justine Woo, Evan Hoffman | ||
2018 | Canberra | B4 | poster | V | Installation of GNSS Receivers and Laser Reflector in Volcanoes and Hills surrounding the Arequipa Station | Pablo Raul Yanyachi | ||
2018 | Canberra | B5 | poster | V | Development of Transportable Cabin-Based SLR system with 60cm aperture telescope | ZhongPing Zhang | ||
2018 | Canberra | B6 | poster | V | Analyzing prediction quality with the Potsdam Time Bias Service | Sven Bauer | ||
2018 | Canberra | B7 | poster | V | Extended troposphere delay model dedicated for Satellite Laser Ranging | Mateusz Drozdzewski | ||
2018 | Canberra | B8 | poster | V | JCET Web Tools for the Assessment of the ILRS Network's Performance | Erricos Pavlis | ||
2018 | Canberra | B9 | poster | V | Development of Reflectors for Motion Grasp of Space Debris | Takehiro Matsumoto | ||
2018 | Canberra | B10 | poster | V | ELT data filtering in presence of multiple laser retro-reflectors | Christoph Bamann | ||
2018 | Canberra | B11 | poster | V | SLR analysis with the DGFI-TUM software DOGS-OC/-CS | Mathis Bloßfeld | ||
2018 | Canberra | B12 | poster | V | Updates on ESA Tools Supporting Debris Laser Ranging | Quirin Funke | ||
2018 | Canberra | B13 | poster | V | Implements of cpf and crd algorithm in Python | Rongwang Li | ||
2018 | Canberra | B14 | poster | V | Multi-technique capabilities in GipsyX | Paul Ries | ||
2018 | Canberra | B15 | poster | V | Raspberry Pi based temperature monitoring network at the SLR station Riga 1884 | Kalvis Salmins | ||
2018 | Canberra | B16 | poster | Software Control System Upgrade at Stafford, Virginia | Walter Reed Smith | |||
2018 | Canberra | B17 | poster | V | ILRS Operation Centers CRD Quality Check Upgrade | Kate Stevenson | ||
2018 | Canberra | B18 | poster | V | Quick analysis using orbitNP.py of full-rate SLR data submitted to the ILRS in 2018 | Matthew Wilkinson | ||
2018 | Canberra | B19 | poster | V | Aircraft detection using a digital camera aligned to the SLR laser at the SGF, Herstmonceux | Matthew Wilkinson | ||
2018 | Canberra | B20 | poster | V | P | Software Best Practices at Crustal Dynamics Data Information System (CDDIS): Steps to Consider | Justine Woo | |
2018 | Canberra | B21 | poster | V | The NASA SGSLR approach to range gate and laser fire control | Christopher Clarke | ||
2018 | Canberra | B22 | poster | V | 100 kHz satellite laser ranging demonstration at MLRO | Daniele Dequal | ||
2018 | Canberra | B23 | poster | V | Introduction to reliable SLR In-Sky-Safety methods in operation at the GGOS Site Wettzell | Johann Eckl | ||
2018 | Canberra | B24 | poster | V | Laser activity of the Borowiec laser station in years 2017-2018 | Pawel Lejba | ||
2018 | Canberra | B25 | poster | V | Coherent Optical Doppler Orbitography | Sascha Schediwy | ||
2018 | Canberra | B26 | poster | V | SLR station Graz: Station overview and current status | Michael Steindorfer | ||
2018 | Canberra | B27 | poster | V | Time synchronization for Bi-static Laser Ranging via Fiber-based Time and Frequency Transfer | Haifeng Zhang | ||
2018 | Canberra | B28 | poster | Preliminary Test Results of the New 1m Aperture SLR Telescope in Wuhan National Geodetic Observatory | Jie Zhang | |||
2018 | Canberra | B29 | poster | Method for comparing time scales: Accuracy estimates and necessary corrections | Igor Ignatenko | |||
2018 | Canberra | B30 | poster | V | P | Processing and analysis of lunar laser ranging observations in Crimea in 1974-1984 | Igor Ignatenko | |
2018 | Canberra | B31 | poster | V | Calibration, Gravity Signals, and Model Uncertainties Relating to the Apache Point Observatory Lunar Laser-ranging Operation (APOLLO) | Ulrich Schreiber | ||
2018 | Canberra | SD1 | poster | V | Changchun Tiangong-1 Space Debris joint observation | Xue Dong | ||
2018 | Canberra | SD2 | poster | V | The Semiconductor Guidestar Laser: A Novel, Affordable, Low SWaP Sodium Guide Star Laser for Adaptive Optics Tracking of Space Objects | Celine d'Orgeville | ||
2018 | Canberra | SD3 | poster | Data Validation and Fault Diagnosis of APOSOS Telescope Using Satellite Laser Ranging Data | Pengqi Gao | |||
2018 | Canberra | SD4 | poster | V | A summary of Graz Light curves measurements since 2015 | Peiyuan Wang | ||
2018 | Canberra | SD5 | poster | V | Development and Architecture of the EOS Guide Star Laser | James Webb | ||
2018 | Canberra | SD6 | poster | V | Using SLR observations of Low Earth Orbiting satellites to scale neutral thermospheric density | Mathis Bloßfeld | ||
2018 | Canberra | SD7 | poster | V | Search and Track Multi-Sensor Multi-Target Tracking for Orbit Determination and Catalog Maintenance of Geosynchronous Space Objects | Han Cai | ||
2018 | Canberra | SD8 | poster | V | Benefits from the first deployment of the Expert Centre for supporting laser-ranging observations:status report and possible implications on orbit improvement | Quirin Funke | ||
2018 | Canberra | SD9 | poster | Accelerometer-derived thermosphere density from Swarm-C and advancements in physics-based modelling | Robert Norman | |||
2018 | Canberra | SD10 | poster | Multiple Space Objects Tracking and Orbit Determination Considering Uncertain Parameters | Yang Yang | |||
2018 | Canberra | SD11 | poster | Design of a High-Performance Conjunction Assessment Service | Marek Moeckel | |||
2018 | Canberra | SD12 | poster | V | Increasing the determinacy and uniqueness of solutions to the physical characteristics and non-natural behaviours of near-earth orbiting space objects | Richard Samuel | ||
2018 | Canberra | SD13 | poster | V | Design & Development of an Optimized Sensor Scheduling & Tasking Programme for Tracking Space Objects | David Shteinman | ||
2018 | Canberra | SD14 | poster | V | Removal of Small-Sized Space Debris by Laser-Ablative Momentum Generation | Daniel Hampf | ||
2018 | Canberra | SD15 | poster | V | SLR observation of Tiangong-1 for its rotational state | Hou-yuan Lin | ||
2017 | Riga | 1 | talk | A | V | P | Analysis Standing Committee meeting | |
2017 | Riga | 2 | talk | A | V | P | ILRS Governing Board meeting | |
2017 | Riga | 3 | talk | V | Riga station history | K. Salmins | ||
2017 | Riga | 4 | talk | V | Introduction | M. Pearlman | ||
2017 | Riga | 5 | talk | V | What is the role of GGOS and the ILRS role in GGOS | M. Rothacher/M. Pearlman | ||
2017 | Riga | 6 | talk | V | P | Results of the ILRS User Survey | M. Pearlman | |
2017 | Riga | 7 | talk | A | V | Requirements for the ITRF | E. Pavlis | |
2017 | Riga | 8 | talk | A | V | Requirements for Altimeter Missions | F. Lemoine | |
2017 | Riga | 9 | talk | V | P | Requirements for GNSS (Galileo, GLONASS, Beidou, etc.) | G. Bury | |
2017 | Riga | 10 | talk | V | Requirements for GLONASS | M. Sadovnikov/V. Shargorodskiy | ||
2017 | Riga | 11 | talk | A | V | Requirements for CubeSat | M. Rothacher | |
2017 | Riga | 12 | talk | A | V | Requirements for Supporting Other Applications (time varying gravity field, atmospheric drag) | T. Otsubo/M. Blossfeld | |
2017 | Riga | 13 | talk | V | P | Review of ILRS Network Performance | M. Pearlman | |
2017 | Riga | 14 | talk | V | Rating Station Performance | E. Hoffman | ||
2017 | Riga | 15 | talk | V | Setting ILRS Tracking Priorities | M. Pearlman | ||
2017 | Riga | 16 | talk | V | Issues with Satellite Predictions | J. Steinborn/G. Appleby | ||
2017 | Riga | 17 | talk | V | P | Long Term View | M. Pearlman | |
2017 | Riga | 18 | talk | A | V | P | Data Formats and Procedures Standing Committee meeting | |
2017 | Riga | 19 | talk | A | Transponder Standing Committee meeting | |||
2017 | Riga | 20 | talk | V | Introduction | E. Pavlis | ||
2017 | Riga | 21 | talk | A | V | The ILRS ASC Pilot Project on systematic error estimation | C. Luceri | |
2017 | Riga | 22 | talk | A | V | P | BKG’s Contribution to the ILRS Pilot Project on Systematic Errors | D. Koenig |
2017 | Riga | 23 | talk | A | V | Evaluation of the present SLR tracking stations | H. Mueller | |
2017 | Riga | 24 | talk | A | V | SLR error sources in the kHz repetition era: How should we improve the range measurement and the products? | T. Otsubo | |
2017 | Riga | 25 | talk | A | Variability of LAGEOS normal point sampling: causes and mitigation | J. Rodríguez | ||
2017 | Riga | 26 | talk | A | V | Effect of pulse length, rise time, signal strength, and type of detection system on the range correction for LAGEOS-2 | D. Arnold | |
2017 | Riga | 27 | talk | A | V | P | From Time Transfer by Laser Ranging to space geodetic products | A. Belli |
2017 | Riga | 28 | talk | A | V | Methods to increase ranging performance and accuracy implemented in the Russian new generation laser station ‹‹Tochka›› | S. Martynov | |
2017 | Riga | 29 | talk | A | V | JCET Tools for the Assessment of the ILRS Stations’ Performance | E. Pavlis | |
2017 | Riga | 30 | talk | A | V | GOVUS – a new on-line tool for the evaluation of SLR observations to GPS, GLONASS, Galileo, BeiDou and QZSS | R. Zajdel | |
2017 | Riga | 31 | talk | A | V | The ILRS Rapid Service Mail a tool to inform stations quickly about potential problem | T. Otsubo | |
2017 | Riga | 32 | talk | V | Networks & Engineering Standing Committee meeting | |||
2017 | Riga | 33 | talk | A | V | Missions Standing Committee meeting | ||
2017 | Riga | 34 | talk | A | V | Space Debris Study Group meeting | ||
2017 | Riga | 35 | talk | V | Survey Results and Discussion | E. Hoffman | ||
2017 | Riga | 36 | talk | A | V | P | Transitioning the NASA SLR network from the Time Interval Mode to Event Timing Mode with improved Data quality and quantity | T. Varghese |
2017 | Riga | 37 | talk | A | V | P | Challenges to Achieving Millimeter Accuracy Normal Points in Conventional Multiphoton and kHz Single Photon SLR Systems | J. Degnan |
2017 | Riga | 38 | talk | V | Single versus multi-photon SLR using SPAD detectors | I. Prochazka | ||
2017 | Riga | 39 | talk | V | Correlation of histograms for LAGEOS with actual returns | D. Arnold | ||
2017 | Riga | 40 | talk | A | V | P | Delay compensated Optical Time and Frequency Distribution for Space Geodesy | U. Schreiber |
2017 | Riga | 41 | talk | A | V | Time Bias Analysis and Prediction: a Prototype Service | S. Bauer | |
2017 | Riga | 42 | talk | A | V | P | Sky Clarity Comparison between Riga and Metsahovi SLR Stations | J. del Pino |
2017 | Riga | 43 | talk | V | Introduction | J. McGarry | ||
2017 | Riga | 44 | talk | A | V | P | Automatic scheduling of satellite passages at the SOS-W | S. Riepl |
2017 | Riga | 45 | talk | A | V | P | OOOS: A hardware-independent SLR control system | D. Hampf |
2017 | Riga | 46 | talk | A | V | Potsdam automation | S. Bauer | |
2017 | Riga | 47 | talk | A | V | P | The new Korean SLR system and its automatic operation | H. Lim |
2017 | Riga | 48 | talk | A | V | P | Automated operations in Changchun station: current (part I) | Z. Liang |
2017 | Riga | 49 | talk | A | V | Mt. Stromlo experience gained with automation: part I | C. Moore | |
2017 | Riga | 50 | talk | A | V | Mt. Stromlo automation in progress: part II | C. Moore | |
2017 | Riga | 51 | talk | A | V | P | Automated operations in Changchun station: plans (part II) | Z. Liang |
2017 | Riga | 52 | talk | A | V | P | Plans for a fully automated SGSLR system: part I | J. McGarry |
2017 | Riga | 53 | talk | A | V | SGSLR acquisition and tracking automation | E. Hoffman | |
2017 | Riga | 54 | talk | V | P | Optimization of Automated Tracking with Situational Awareness | T. Varghese | |
2017 | Riga | 55 | talk | A | V | P | When Does Automation Make Sense? | R. Ricklefs |
2017 | Riga | 56 | talk | A | V | Scheduling for the future NASA SGSLR Network (off-shoot of abstract submitted to session 3) | J. Horvath | |
2017 | Riga | 57 | talk | A | V | P | Plans for a fully automated SGSLR system: part II (future of SGSLR Network) | J. McGarry |
2017 | Riga | 58 | talk | A | V | Safety/Security Concerns when Automating SLR Systems | S. Wetzel/H. Donovan | |
2017 | Riga | 59 | talk | V | Session 1 (Satellite Tracking and Scheduling) Summary | M. Pearlman | ||
2017 | Riga | 60 | talk | V | Session 2 (Performance Evaluation) Summary | E. Pavlis | ||
2017 | Riga | 61 | talk | V | Session 3 (Accuracy and Scheduling) Summary | E. Hoffman | ||
2017 | Riga | 62 | talk | V | Session 4 (Automation and Autonomous Station Operation) Summary | J. McGarry | ||
2017 | Riga | 63 | talk | V | Workshop Summary and Resolutions | M. Pearlman | ||
2017 | Riga | 64 | talk | V | Analysis SC Summary | E. Pavlis | ||
2017 | Riga | 65 | talk | V | Data Formats and Procedures SC Summary | H. Mueller | ||
2017 | Riga | 66 | talk | V | Transponder SC Summary | U. Schreiber | ||
2017 | Riga | 67 | talk | V | Networks and Engineering SC Summary | G. Kirchner | ||
2017 | Riga | 68 | talk | V | Missions SC Summary | T. Otsubo | ||
2017 | Riga | 69 | talk | V | Space Debris SG Summary | G. Kirchner | ||
2017 | Riga | 70 | talk | V | 21st International Workshop on Laser Ranging Plans | J. Bennett/M. Fulton | ||
2017 | Riga | 71 | poster | A | V | Combined multi-GNSS+LAGEOS solutions with the focus on SLR station coordinates, Earth rotation parameters, geocenter and the scale of the reference frame | K. Sosnica | |
2017 | Riga | 72 | poster | A | V | P | The Copernicus Sentinel-3 mission and the tandem constellation of Sentinel-3A and -3B | Jaime Fernández |
2017 | Riga | 73 | poster | A | V | COTS reflectors application on Technosat | P. Wang | |
2017 | Riga | 74 | poster | A | EUROLAS Data Center (EDC) - Updated Procedure for Station History Logs and Site Logs | C. Schwatke | ||
2017 | Riga | 75 | poster | A | V | Ground station requirements for the ELT experiment | J. Eckl | |
2017 | Riga | 76 | poster | A | V | ILRS Site Configuration Project: 2015 Questionnaire Summary | K. Evans | |
2017 | Riga | 77 | poster | A | V | ILRS Tracking Data Requirements Survey 2017 | M. Kuzmicz-Cieslak | |
2017 | Riga | 78 | poster | A | V | Information on the development of new equipment for the control of the laser station 1824 - Golosiiv-Kyiv | M. Medvedskyy | |
2017 | Riga | 79 | poster | A | V | P | The Progress and developments of Shanghai SLR station | Z. Zhang |
2017 | Riga | 80 | poster | A | V | Transfer Function of the Lares-2 satellite | D. Arnold | |
2017 | Riga | 81 | poster | A | Visibility Aspects of Station Locations for Space Debris Laser Ranging | C. Bamann | ||
2017 | Riga | 82 | poster | A | V | Model Comparisons and Optimizations of SLR Data Processing | X. Wang | |
2017 | Riga | 83 | poster | A | V | Orbit determination and SLR evaluation of China's space laboratory | G. Zhao | |
2017 | Riga | 84 | poster | A | V | Required Improvements of Debris Laser Ranging to Support Collision Avoidance solution | B. Reihs | |
2017 | Riga | 85 | poster | A | V | Simulation of Multi-Technique Terrestrial Reference Frames with Focus on Benefits from Enhanced SLR Network | R. Koenig | |
2017 | Riga | 86 | poster | A | V | P | The SLR observations to GNSS satellites with improved modelling: Preliminary results and open questions | D. Ampatzidis |
2017 | Riga | 87 | poster | A | V | Studying different tracking strategies to LAGEOS and Etalon with respect to the weekly ILRS solution | F. Andritsch | |
2017 | Riga | 88 | poster | V | The Event Timer A033-ET Family for SLR Automation | V. Bespalko | ||
2017 | Riga | 89 | poster | A | V | Impact of atmospheric pressure loading on SLR-derived station coordinates using range measurements to multi-GNSS satellites | G. Bury | |
2017 | Riga | 90 | poster | A | V | Scheduling the NASA SGSLR Network | J. Horvath | |
2017 | Riga | 91 | poster | A | Sensitivity of SLR observations to horizontal gradients of the tropospheric delay | M. Drozdzewski | ||
2017 | Riga | 92 | poster | V | Autonomous Post Processing | C. Moore | ||
2017 | Riga | 93 | poster | V | Mount Stromlo Space Research Centre | C. Moore | ||
2017 | Riga | 94 | poster | A | V | Satellite laser ranging station "Lviv-1831" in Lviv, Ukraine. Status report. | Y. Blagodyr | |
2017 | Riga | 95 | poster | A | V | Scheduling the NASA SGSLR Network (combined with Session 3) | J. Horvath | |
2016 | Potsdam | 1 | talk | V | Introduction | |||
2016 | Potsdam | 2 | talk | V | ILRS Overview | |||
2016 | Potsdam | 3 | talk | V | The Role of GGOS | Robert Heinkelmann | ||
2016 | Potsdam | 4 | talk | A | V | Reference Frames for science and society and the fundamental contribution of Satellite Laser Ranging to the ITRF (Invited) | Zuheir Altamimi | |
2016 | Potsdam | 5 | talk | A | V | Laser Ranging Contributions to Earth Rotation Studies (Invited) | Richard Gross | |
2016 | Potsdam | 6 | talk | A | V | Strategies and Priorities for Laser Ranging | Michael Pearlman | |
2016 | Potsdam | 7 | talk | A | V | P | Methods for coordinate and time data collection in the laser station "Tochka" | Sergey Martynov |
2016 | Potsdam | 8 | talk | A | V | P | Multi-satellite tracking at SGF Herstmonceux | Rob Sherwood |
2016 | Potsdam | 9 | talk | A | V | NASA SLR Network scheduling and considerations for improvement | David McCormick | |
2016 | Potsdam | 10 | talk | A | V | P | Yarragadee SLR station (MOBLAS-5) scheduling and optimal tracking strategies | Randall Carman |
2016 | Potsdam | 11 | talk | A | V | P | Simulation of realistic SLR observations to optimize tracking scenarios | Florian Andritsch |
2016 | Potsdam | 12 | talk | A | V | Satellite laser ranging network: Where should a new station be placed? | Toshimichi Otsubo | |
2016 | Potsdam | 13 | talk | A | V | Contribution of consistent laser observations to Earth system sciences | Mathis Bloßfeld | |
2016 | Potsdam | 14 | talk | A | V | P | Reconciling Estimates of Annual Geocenter Motion from Space Geodesy | John C Ries |
2016 | Potsdam | 15 | talk | A | V | P | Accuracy of adopted centre of mass corrections for the Etalon geodetic satellites | José Rodríguez |
2016 | Potsdam | 16 | talk | A | V | SLR parameter estimation under the influence of mass redistributions | Matthias Weigelt | |
2016 | Potsdam | 17 | talk | A | V | P | A new general model for the evolution of the Spin vector of the two LAGEOS satellites and LARES and the LARASE research program | Lucchesi D.M. |
2016 | Potsdam | 18 | talk | A | V | P | Ranging the GNSS Constellation (Invited) | Urs Hugentobler |
2016 | Potsdam | 19 | talk | A | V | The current state of ground surveys | Sten Bergstrand | |
2016 | Potsdam | 20 | talk | A | V | Systematic Bias Elimination by Co-locations as well as by Intra- and Inter- Technique Closure Measurements | Ulrich Schreiber | |
2016 | Potsdam | 21 | talk | A | V | Multi-Technique Ground Target | Jan Kodet | |
2016 | Potsdam | 22 | talk | A | V | P | NASA's Next Generation Space Geodesy Co-located Sites | Stephen Merkowitz |
2016 | Potsdam | 23 | talk | A | V | SGSLR Site Preparation and Deployment Plans for the First Set of SGSLR Systems | Scott Wetzel | |
2016 | Potsdam | 24 | talk | A | V | P | New face of the Borowiec Satellite Laser Ranging Station | Pawel Lejba |
2016 | Potsdam | 25 | talk | A | V | P | Timing Calibration of the APOLLO Experiment | James Battat |
2016 | Potsdam | 26 | talk | A | V | Lunar laser ranging In Infrared | Clement Courde | |
2016 | Potsdam | 27 | talk | A | V | Geopositioning and precision validation of landing locations on the Moon using LRO NAC images and LRRRs | B. Liu | |
2016 | Potsdam | 28 | talk | A | V | P | Determining parameters of the Moon's orbital and rotational motion from LLR observations using GRAIL and IERS-recommended models | Vladimir Suvorkin |
2016 | Potsdam | 29 | talk | A | V | Update of the IfE LLR analysis model and new fit of relativistic parameters | Franz Hofmann | |
2016 | Potsdam | 30 | talk | A | V | P | New results for the INPOP lunar ephemerides : new modelings for the inner structure and IR LLR data | Agnes Fienga |
2016 | Potsdam | 31 | talk | A | V | P | Parameters of new version of Lunar Ephemeris EPM2015 at the base of LLR observations 1970-2016 years | Yagudina E. |
2016 | Potsdam | 32 | talk | V | Clinic intro in main auditorium and move to 1st clinic station | |||
2016 | Potsdam | 33 | talk | V | Clinic session 1 of 6 | |||
2016 | Potsdam | 34 | talk | V | Clinic session 2 of 6 | |||
2016 | Potsdam | 35 | talk | V | Clinic session 3 of 6 | |||
2016 | Potsdam | 36 | talk | V | Clinic Summary in auditorium | |||
2016 | Potsdam | 37 | talk | A | V | The contributions of Satellite Laser Ranging to Satellite Altimetry (Invited) | Frank Lemoine | |
2016 | Potsdam | 38 | talk | A | V | P | Trials and limits of automation: Experiences from the Zimmerwald well characterized and fully automated SLR-system | Pierre Lauber |
2016 | Potsdam | 39 | talk | A | V | P | Current status of automation of the SLRsystems at the Geodetic Observatory Wettzell | A. Neidhardt |
2016 | Potsdam | 40 | talk | A | V | Autonomous tracking with High Repetition Rate Systems | Stefan Riepl | |
2016 | Potsdam | 41 | talk | A | V | Towards optimal pass scheduling for SLR | Jens Steinborn | |
2016 | Potsdam | 42 | talk | A | V | Designing NASA's Next Generation SLR stations with the goal of full automation | Jan McGarry | |
2016 | Potsdam | 43 | talk | A | V | P | Progress on the multifunctional range receiver for SGSLR | John Degnan |
2016 | Potsdam | 44 | talk | A | V | P | An upgraded SGSLR link analysis which includes the effects of atmospheric scintillation and target speckle | John Degnan |
2016 | Potsdam | 45 | talk | A | V | P | Systematics at the SGF, Herstmonceux | Matthew Wilkinson |
2016 | Potsdam | 46 | talk | A | V | P | Identification and calibration of one-way systematic biases in SLR system | Ivan Prochazka |
2016 | Potsdam | 47 | talk | A | V | P | New external calibration target on 1824 | Mykhaylo Medvedskyy |
2016 | Potsdam | 48 | talk | V | P | Improvements of Changchun SLR Station | Xue Dong | |
2016 | Potsdam | 49 | talk | A | V | P | Assessing and enforcing single-photon returns: Poisson filtering | José Rodríguez |
2016 | Potsdam | 50 | talk | A | V | P | Detection of various SLR systematic errors for mm accuracy | Toshimichi Otsubo |
2016 | Potsdam | 51 | talk | A | V | Quality control and bias analysis at DGFI-TUM | Horst Müller | |
2016 | Potsdam | 52 | talk | A | V | JCET Station Performance Assessment Tools for the ILRS Stations | Erricos C. Pavlis | |
2016 | Potsdam | 53 | talk | A | V | Assessment of systematic error estimation | Vincenza Luceri | |
2016 | Potsdam | 54 | talk | A | V | P | Ranging error determination using geodetic satellites in support of altimeter mission precise orbit determination | Franck Reinquin CNES |
2016 | Potsdam | 55 | talk | A | V | SLR signature effect for Galileo with a focus on satellites launched into incorrect orbital planes | Krzysztof Sosnica | |
2016 | Potsdam | 56 | talk | A | V | On the principles of satellite-based Gravity Field Determination with special focus on the Satellite Laser Ranging technique (Invited) | Christoph Förste | |
2016 | Potsdam | 57 | talk | A | V | Optical metrology in space geodesy | Ulrich Schreiber | |
2016 | Potsdam | 58 | talk | A | V | The Gimbal and Telescope Assembly for NASA's Next Generation Space Geodesy SLR Systems | H. Donovan | |
2016 | Potsdam | 59 | talk | A | V | P | SGSLR Range Control Electronics Design and Implementation | Evan Hoffman |
2016 | Potsdam | 60 | talk | A | V | 1064nm Laser Ranging Experiment using Superconducting nanowire single photon detector at Kunming SLR Station | Honglin Fu | |
2016 | Potsdam | 61 | talk | A | V | P | Advances in laser ranging technology at CTU in Prague and new SLR applications | Ivan Prochazka |
2016 | Potsdam | 62 | talk | A | V | P | The Impact of Single Photon SLR Technology on Large Scale Topo-Bathymetric Mapping | John Degnan |
2016 | Potsdam | 63 | talk | A | V | P | Recent achievements in mono-static, high repetition rate ranging at the WLRS | Johann Eckl |
2016 | Potsdam | 64 | talk | A | V | Tracking up to geostationary satellites with 15uJ laser and 70cm standard astronomical telescope | Peiyuan Wang | |
2016 | Potsdam | 65 | talk | A | V | Concept of a modular, multi-laser, multi-purpose SLR station | Georg Kirchner | |
2016 | Potsdam | 66 | talk | A | V | P | The Italian Ministry of Research's Project 'Laser Ranging to Galileo' | L. Porcelli |
2016 | Potsdam | 67 | talk | A | V | Monolithic high energy picosecond laser sources for laser ranging applications | Andreas Boerner | |
2016 | Potsdam | 68 | talk | A | V | P | Satellite Laser Ranging with a fibre-based transmitter | Daniel Hampf |
2016 | Potsdam | 69 | talk | A | V | Advanced Solid State Lasers for Space Tracking | Yue Gao | |
2016 | Potsdam | 70 | talk | A | V | P | Reducing the satellite contribution to range error | John J. Degnan |
2016 | Potsdam | 71 | talk | A | V | P | LAGEOS-2 and Circular Polarization | David Arnold |
2016 | Potsdam | 72 | talk | A | V | P | Preliminary results of the laser ranging space experiment of spacecraft «Lomonosov» | A.L. Sokolov |
2016 | Potsdam | 73 | talk | A | V | P | Optical Tests of a Large Number of Small COTS Cubes | Ludwig Grunwaldt |
2016 | Potsdam | 74 | talk | A | V | Current Status of Next Generation Retroreflector for Lunar Laser Ranging | Douglas Currie | |
2016 | Potsdam | 75 | talk | A | V | Large corner-cube retroreflector and laser ranging for Chang'e-4 relay satellite | Hsien-Chi Yeh | |
2016 | Potsdam | 76 | talk | A | V | On-Orbit Calibration of Laser Beam Intensity | B. Greene | |
2016 | Potsdam | 77 | talk | A | V | Testing Fundamental Physics with Clocks in Space: The ACES Mission | U. Schreiber | |
2016 | Potsdam | 78 | talk | A | V | P | Status of the ELT data center | Schlicht, A. |
2016 | Potsdam | 79 | talk | A | V | The Project and plan of ground-satellite Laser Time Transfer in China | Wendong Meng | |
2016 | Potsdam | 80 | talk | A | V | The Moon and Mars as Laser-ranged Test Bodies for General Relativity | Simone Dell'Agnello | |
2016 | Potsdam | 81 | talk | A | V | Laser link experiment between Hayabusa2 laser altimeter and SLR stations | Hirotomo Noda | |
2016 | Potsdam | 82 | talk | A | V | P | Can Planetary SLR Measure the Expansion of the Solar System? | David E Smith |
2016 | Potsdam | 83 | talk | A | V | P | Relativity and Fundamental Physics (Invited) | Sergei Kopeikin |
2016 | Potsdam | 84 | talk | A | V | P | ESA activities on satellite laser ranging to non-cooperative objects | T. Flohrer |
2016 | Potsdam | 85 | talk | A | V | P | The scientific results of the optional laser tracking campaigns to the defunct satellites Envisat and Topex | Daniel Kucharski |
2016 | Potsdam | 86 | talk | A | V | Stare and chase of space debris targets using real-time derived pointing data | Michael Steindorfer | |
2016 | Potsdam | 87 | talk | A | V | Application of adaptive optics in Space Debris tracking | Francis Bennet | |
2016 | Potsdam | 88 | talk | A | V | P | Two-color and multistatic space debris laser tracking | Fabian Sproll |
2016 | Potsdam | 89 | talk | A | V | P | Validation and assessment of space debris orbits based on two-color and multi-static laser tracking data | Christoph Bamann |
2016 | Potsdam | 90 | talk | A | V | A 53cm-binoculars telescope high-frequency debris laser ranging system | Haitao Zhang | |
2016 | Potsdam | 91 | talk | A | V | Orbit Determination and Conversion Processes at the Space Debris Office | Quirin Funke | |
2016 | Potsdam | 92 | talk | A | V | P | A method for sampling debris laser ranging data to generate range rates for orbit determination | James Bennett |
2016 | Potsdam | 93 | talk | A | V | P | Orbit Determination of CZ-2C Rocket bodies with SLR | Liang Zhipeng |
2016 | Potsdam | 94 | talk | V | Clinic Summary (10 min) | |||
2016 | Potsdam | 95 | poster | A | V | SGSLR automation and the Computer and Software subsystem design | Julie Horvath | |
2016 | Potsdam | 96 | poster | A | V | Lidar system on Kiev SLR 1824 | Mykhaylo Medvedskyy | |
2016 | Potsdam | 97 | poster | A | V | An improved toolset for aircraft safety and sky condition monitoring at Metsähovi SLR-station | Arttu Raja-Halli | |
2016 | Potsdam | 98 | poster | A | V | P | Development of software for Lunar Laser Ranging data analysis at TianQin Research Center for Gravitational Physics | W. Tian |
2016 | Potsdam | 99 | poster | A | V | Plans and activities within the NASA SLR Operational Network towards meeting ILRS data requirements | Thomas Varghese | |
2016 | Potsdam | 100 | poster | A | V | Progress of Laser Measurement to Space Debris at Shanghai SLR Station | Zhongping Zhang | |
2016 | Potsdam | 101 | poster | A | V | Applications of SLR Data to the Attitude Determination of Defunct Satellites | Jean-Noel Pittet | |
2016 | Potsdam | 102 | poster | A | V | Riga Event Timers in compact implementations | E.Boole | |
2016 | Potsdam | 103 | poster | A | V | Extension of the A033-ET family | Igors Buraks | |
2016 | Potsdam | 104 | poster | A | V | SLR Station 1884, Riga, Upgrading the Station Calibration Procedures | Jorge del Pino | |
2016 | Potsdam | 105 | poster | A | V | P | A 170 mm hollow corner cube retro-reflector on Chang’e 4 lunar relay satellite | Yun He |
2016 | Potsdam | 106 | poster | A | Development of High Repetition-rate Laser Ranging System | Sung Ki Pyoung | ||
2016 | Potsdam | 107 | poster | A | V | Advanced Visual Object Recognition for In-Sky-Laser Safety | Andreas Leidig | |
2016 | Potsdam | 108 | poster | A | V | P | GNSS orbit validation activities at the Astronomical Institute in Bern | Andrea Maier |
2016 | Potsdam | 109 | poster | A | Interannual geocenter motion with relation to El Niño Southern Oscillation | Koji Matsuo | ||
2016 | Potsdam | 110 | poster | A | V | Timing system for the lunar laser ranging station at HartRAO, South Africa: preliminary results | Cilence Munghemezulu | |
2016 | Potsdam | 111 | poster | A | V | P | CDDIS Data Center: An Update | Carey Noll |
2016 | Potsdam | 112 | poster | A | V | Application of GT668 event timer in Satellite Laser Ranging | Xiaoyu Pi | |
2016 | Potsdam | 113 | poster | A | V | Estimation of Electronics Component Contribution in the Overall Measurement Error at SLR Station Riga | Kalvis Salmins | |
2016 | Potsdam | 114 | poster | A | V | P | EUROLAS Data Center (EDC) - Recent developments of the EDC | C. Schwatke |
2016 | Potsdam | 115 | poster | A | V | P | EUROLAS Data Center (EDC) - Status report 2014 - 2016 | C. Schwatke |
2016 | Potsdam | 116 | poster | A | V | Enhanced satellite laser ranging project | A.Treijs | |
2016 | Potsdam | 117 | poster | A | V | Prototyping a thermal monitoring system for the one-metre aperture Lunar Laser Ranger tube assembly based at the Hartebeesthoek Radio Astronomy Observatory | Philemon Tsele | |
2016 | Potsdam | 118 | poster | A | V | Upgraded Servo-control system for Matera 1.5 meter telescope | Thomas Varghese | |
2016 | Potsdam | 119 | poster | A | V | Multi-purpose True Event Timer Module | V. Vedin | |
2016 | Potsdam | 120 | poster | A | V | SGF, Herstmonceux in-sky safety system testing using ADS-B | Matthew Wilkinson | |
2016 | Potsdam | 121 | poster | A | V | A new laser ranging calibration target suited for accurate surveying at the SGF, Herstmonceux | Matthew Wilkinson | |
2016 | Potsdam | 122 | poster | A | V | The NESC Forum: online and open to the ILRS community | Matthew Wilkinson | |
2016 | Potsdam | 123 | poster | A | V | The Current Status and Future Development of Automatic Control of Laser Ranging System at Shanghai Stations | Haifeng Zhang | |
2016 | Potsdam | 124 | poster | A | V | The ILRS campaign for the GREAT experiment | Pacôme Delva | |
2016 | Potsdam | 125 | poster | A | V | P | The Copernicus Sentinel-3 Mission | J. Fernández |
2016 | Potsdam | 126 | poster | A | V | The ILRS contributions to the GRACE mission and its success | König, R. | |
2016 | Potsdam | 127 | poster | A | V | The ILRS contributions to the TerraSAR-X/TanDEM-X mission and its success | König, R. | |
2016 | Potsdam | 128 | poster | A | V | The status of the Jason 2 & 3 missions with respect to POD and the contributions of SLR | F.G. Lemoine | |
2016 | Potsdam | 129 | poster | A | V | P | Relativistic corrections in the European Laser Timing (ELT) experiment | Stefan Marz |
2016 | Potsdam | 130 | poster | A | V | P | The Contributions of ILRS Laser Ranging to the Lunar Reconnaissance Orbiter Mission | Jan McGarry |
2016 | Potsdam | 131 | poster | A | Ajisai celebrates 30 years in space | Shinichi Nakamura | ||
2016 | Potsdam | 132 | poster | A | V | P | Time series of SpinSat return intensity: How long can BK7 reflectors survive in space? | Toshimichi Otsubo |
2016 | Potsdam | 133 | poster | A | V | Enabling precise geo-spatial calibration of the GLM sensor on board the GOES-R satellite using ground-based Laser beacons from NASA Moblas 4 and 7 | Thomas Varghese | |
2016 | Potsdam | 134 | poster | A | V | Recoating the MLRO 1.5 m primary mirror | Giuseppe Bianco | |
2016 | Potsdam | 135 | poster | A | V | New state-of-the-art observatory in Ny-Ålesund, Spitsbergen, Norway | Gøril M. Breivik | |
2016 | Potsdam | 136 | poster | A | V | Current Status and Plan of the First Korean Satellite Laser Ranging System(ARGO-M) | Man-Soo Choi | |
2016 | Potsdam | 137 | poster | A | V | Technical Aspects and Progress of Korean 1m Satellite Laser Ranging System | Man-Soo Choi | |
2016 | Potsdam | 138 | poster | A | V | Wettzell SLR: The first year of operating 2 SLR systems in one place | Guenther Herold | |
2016 | Potsdam | 139 | poster | A | V | A-RGG development for 10 kHz Laser Ranging of Sejong station | Neung-Hyun Ka | |
2016 | Potsdam | 140 | poster | A | V | P | Yebes Observatory: Future Core Site and Laser Ranging Station Status | José Antonio López Fernández |
2016 | Potsdam | 141 | poster | A | V | Current status of the new Metsähovi kHz SLR system | Jyri Näränen | |
2016 | Potsdam | 142 | poster | A | V | Preliminary Performance Analysis for the Korean SLR station "SEJONG (SEJL)-73942601" | Eunseo Park | |
2016 | Potsdam | 143 | poster | A | V | Current status of the Russian SLR network and plans for the future | N. Parkhomenko | |
2016 | Potsdam | 144 | poster | A | V | SLR Station Riga Status Report | K. Salmins | |
2016 | Potsdam | 145 | poster | A | V | Herstmonceux Station current status and future plans | Rob Sherwood | |
2016 | Potsdam | 146 | poster | Recent Upgrades at the U.S. Naval Research Laboratory's Optical Test Facility | Reed Smith | |||
2016 | Potsdam | 147 | poster | A | V | Deployment of millimeter SLR systems in India with automation features | Thomas Varghese | |
2016 | Potsdam | 148 | poster | A | V | The Current Status of Chinese Satellites Observation in ILRS List of Tracking Mission and Future Development | Zhongping Zhang | |
2016 | Potsdam | 149 | poster | A | V | P | Measurement automation implemented in the laser station "Tochka" | M. A. Sadovnikov |
2016 | Potsdam | 150 | poster | V | Reviving Laser Ranging to Satellites Station at Kavalur, India | K. Elango | ||
2016 | Potsdam | 151 | poster | V | New SLR System with 1m aperture telescope in Wuhan Jiufeng Station | J. Zhang | ||
2015 | Matera | 1 | talk | V | Session introduction by the chair | |||
2015 | Matera | 1.1 | talk | A | V | ITRF2014: Preliminary results and ILRS contribution | Z. Altamimi | |
2015 | Matera | 1.2 | talk | A | V | SLR on GPS III | T. Johnson | |
2015 | Matera | 1.3 | talk | A | V | GLONASS-M Satellite Geometry and Attitude Models for Precise GNSS Data Processing | R.Fatkulin | |
2015 | Matera | 1.4 | talk | A | SLR measurements and their importance for Galileo | W. Enderle | ||
2015 | Matera | 1.5 | talk | A | V | SLR global tracking of Beidou and its needs for SLR | Xiaoya Wang | |
2015 | Matera | 1.5b | talk | A | V | Role of SLR on QZSS operation | Yoshimi Ohshima | |
2015 | Matera | 1.6 | talk | A | V | SLR data usage in the verification of GLONASS data processing methods. IAC PNT analysis ofGLONASS SLR data in LARGE experiment | V. Glotov | |
2015 | Matera | 1.7 | talk | A | Using SLR for GNSS orbit model validation | C. Flohrer | ||
2015 | Matera | 1.8 | talk | A | V | Orbit Validation On Navigation Satellites Using Satellite Laser Ranging | Gang Zhao | |
2015 | Matera | 1.9 | talk | A | V | P | Systematic effects in SLR measurements to GNSS satellites | K. Sosnica |
2015 | Matera | 1.10 | talk | A | V | SLR in the framework of the EGSIEM project | A. Maier | |
2015 | Matera | 1.11 | talk | A | Phases Ambiguities Resolution Combining Precise Point Positioning (PPP) and SBASAugmentation Methods | N. Kheloufi | ||
2015 | Matera | 1.12 | talk | V | P | Preliminary results of the ILRS networkperformance in the LARGE-3 experiment | A. Zhukov | |
2015 | Matera | 1.13 | talk | A | V | POD improvements of GNSS satellites through the measurements of their non-gravitational accelerations by means of an onboard accelerometer | D. M. Lucchesi | |
2015 | Matera | 1.14 | talk | A | V | P | An SLR campaign on Galileo satellites 5 and 6 for a test of the gravitational redshift | P. Delva |
2015 | Matera | 17 | talk | V | Session introduction by the chair | |||
2015 | Matera | 2.1 | talk | A | V | Summary of Results from ILRS GNSS Tracking Campaigns | C. Noll | |
2015 | Matera | 2.2 | talk | A | V | Preliminary results of Russian laser ranging network performance in the third GNSS tracking campaign | Pasynkov V.V. | |
2015 | Matera | 2.3 | talk | A | Recent SLR tracking improvements at Herstmonceux | G.Appleby | ||
2015 | Matera | 2.4 | talk | A | V | Maximizing the output of SLR station Graz: Tracking 140 targets | G. Kirchner | |
2015 | Matera | 2.5 | talk | A | V | Theoretical Performance of NASA’s SGSLR System Ranging to GNSS Satellites | J. Degnan | |
2015 | Matera | 2.6 | talk | A | V | Thermo-optical vacuum testing of Galileo IOV laser retro-reflectors of GALILEO IOV LRA | L. Porcelli | |
2015 | Matera | 2.7 | talk | A | V | Thermo-optical vacuum testing of IRNSS LRA qualification model | L. Porcelli | |
2015 | Matera | 2.8 | talk | A | V | Retroreflector Array for an Eccentric Orbit | D. Arnold | |
2015 | Matera | 2.9 | talk | A | The COPERNICUS Sentinel-3 mission | J. Fernández | ||
2015 | Matera | 2.10 | talk | A | V | INRRI-EDM/2016: the First Laser Retroreflector Payload on Mars | Delle Monache G. | |
2015 | Matera | 3.1 | talk | A | V | P | Laser ranging initiatives at ESA in support of operational needs and space surveillance and tracking | T. Flohrer |
2015 | Matera | 3.2 | talk | A | V | P | Light Curve Measurements with Single Photon Counters at Graz SLR | Georg Kirchner |
2015 | Matera | 3.3 | talk | A | The feasibility of a Space Debris Laser Ranger at HartRAO | S.Ndlovu | ||
2015 | Matera | 3.3b | talk | A | V | Zimmerwald Laser Observations to Determine Attitude States of Space Debris | T. Schildknecht | |
2015 | Matera | 3.4 | talk | A | V | P | Orbital Debris Laser Ranging Station Stuttgart | D. Hampf |
2015 | Matera | 3.5 | talk | A | V | The Application of Superconducting Nanowire Single-photon detector in Laser Ranging and Preliminary Measuring Results | Zhang Zhongping | |
2015 | Matera | 3.6 | talk | A | V | P | Review of Solid State Photon Counters for Laser Tracking of Orbital Space Debris | I. Prochazka |
2015 | Matera | 3.7 | talk | A | V | P | MORAL: Alt-Azimuth one meter class mount for SLR | N.Bellini |
2015 | Matera | 3.8 | talk | A | V | P | SP-DART: Single-Photon Detection, Alignment and Reference Tool | G. Kirchner |
2015 | Matera | 3.8b | talk | V | Space Debris Tracking in Changchun Observatory | Dong Xue | ||
2015 | Matera | 3.8c | talk | V | P | Space Debris Ranging Data Orbit Determination | Liang Zhipeng | |
2015 | Matera | 3.9 | talk | A | Analysis on Detection Capability for Space Debris Laser Ranging | Zhao You | ||
2015 | Matera | 4.1 | talk | A | V | P | All Optical Time and Frequency Distribution for Space Geodesy | U. Schreiber |
2015 | Matera | 4.2 | talk | A | V | Why Geodesy Needs Time! | A. Schlicht | |
2015 | Matera | 4.3 | talk | A | V | P | Requirements on SLR System for Participation in ELT and Future Laser Time Transfer Experiments | I. Prochazka |
2015 | Matera | 4.4 | talk | A | V | P | Collation and transfer of time scales with sub-nanosecond accuracy by laser range and pseudorange measurements | V.D. Shargorodskiy |
2015 | Matera | 4.5 | talk | A | V | P | Synchronization of distant Laser stations thanks to Time Transfer by Laser Link : Proposal for a dedicated campaign | A. Belli |
2015 | Matera | 4.6 | talk | A | V | P | Satellite Quantum Communications exploiting SLR at MLRO | G. Vallone |
2015 | Matera | 46 | talk | V | Session introduction by the chair | |||
2015 | Matera | 5.1 | talk | A | V | Systematic range error 2014-2015 | T. Otsubo | |
2015 | Matera | 5.2 | talk | A | V | Impact of range biases on global reference frames | H. Mueller | |
2015 | Matera | 5.3 | talk | A | ILRS Stations' range biases revealed by a 20-year analysis of LAGEOS observations 1993-2014 | G.M.Appleby | ||
2015 | Matera | 5.3b | talk | V | RB&TB in IAC PNT | V. Glotov | ||
2015 | Matera | 6.1 | talk | A | V | P | Improving the Local Ties of a Fundamental Station by a Multi-Technique Ground Target | J. Kodet |
2015 | Matera | 6.2 | talk | A | V | P | Single Photon Tracking under difficult condition | J. J. Eckl |
2015 | Matera | 6.3 | talk | A | V | Analysis of Yunnan Observatories' 1.2m Telescope Laser Ranging System Biases | Li Zhulian | |
2015 | Matera | 6.4 | talk | A | V | P | SLR Station Biases | I. Prochazka |
2015 | Matera | P1.1 | poster | V | P | Design of Light-weight Laser Retro-reflector and Application for Nano-Satellite | Li Pu | |
2015 | Matera | P1.2 | poster | Orbit prediction for HY-2 satellite using laser ranging data | Xuhua Zhou | |||
2015 | Matera | P1.3 | poster | COSMIC-2 Equatorial: Mission Overview and Ranging Payloads | Jan P. Weiss | |||
2015 | Matera | P1.4 | poster | The new SLR station of Metsähovi, Finland – progress update | A. Raja-Halli | |||
2015 | Matera | P1.5 | poster | V | Combination of SLR and GPS ground and LEO data for the determination of the terrestrial reference frame | A. Sibois | ||
2015 | Matera | P1.6 | poster | Analyzing ILRS Network Tracking Profiles and Statistics | Florian Andritsch | |||
2015 | Matera | P1.7 | poster | Achieving NASA’s SGSLR System GNSS Data Volume Requirement | J. Horvath | |||
2015 | Matera | P1.8 | poster | V | Summary of Results from ILRS GNSS Tracking Campaigns | C. Noll | ||
2015 | Matera | P2.1 | poster | Error Simulation and Analysis for the European Laser Timing (ELT) Experiment On-board ACES | Christoph Bamann | |||
2015 | Matera | P3.1 | poster | V | Assessment of SpinSat SLR Observations | Jake Griffiths | ||
2015 | Matera | P3.2 | poster | Measuring ranges to space debris from San Fernando Laser ranging station | Manuel Catalán | |||
2015 | Matera | P3.3 | poster | The Importance of Clock Synchronization in Multi-static Laser Ranging Scenarios for Orbit Improvement of Space Debris | Christoph Bamann | |||
2015 | Matera | P3.4 | poster | Proposed SLR optical bench required to track debris using ~1550 nm lasers | M. Shappirio | |||
2015 | Matera | P3.5 | poster | Laser Ranging Experiment with 1.2m Co-optics Telescope Reception of Laser Emitting from 53cm Binocular Telescope | Dongsheng Zhai | |||
2015 | Matera | P4.1 | poster | V | P | Time bias analysis of STSAT-2C orbit predictions | Y.-R. Kim | |
2015 | Matera | P4.2 | poster | V | P | A comparison of event timers HxET and A033-ET installed at Herstmonceux | M. Wilkinson | |
2014 | Annapolis | 3128 | talk | A | V | P | Genesis of Laser Satellite Tracking at the NASA Goddard Space Flight Center | H. Plotkin |
2014 | Annapolis | 3019 | talk | A | V | P | Evolution of Optical Satellite Tracking | C. Lundquist |
2014 | Annapolis | 3023 | talk | A | V | From Optical Tracking to Laser Tracking - The Early Years of Satellite Geodesy | G. Veis | |
2014 | Annapolis | 3108 | talk | A | V | P | Early Satellite Laser Ranging for Geodesy at CNRS, CNES and ONERA in France | F. Barlier |
2014 | Annapolis | 3132 | talk | A | V | The NASA Crustal Dynamics Project's Use of Satellite Laser Ranging to Meet its Multiple Objectives | J. Bosworth | |
2014 | Annapolis | 3127 | talk | A | V | P | Lunar Laser Ranging | J. Faller |
2014 | Annapolis | 3143 | talk | A | V | Interplanetary Spacecraft Laser Ranging: The Quest for 1 AU. | G. Neumann | |
2014 | Annapolis | 3083 | talk | A | V | P | Time Transfer by Laser Link (T2L2) : A way to synchronize laser ranging observatories at the ns level | P. Exertier |
2014 | Annapolis | 3135 | talk | A | V | GNSS for Positioning, Navigation, Timing, and Science | G. Beutler | |
2014 | Annapolis | 3142 | talk | A | V | The NAVSTAR 35 and 36 Laser Retro-reflector Experiments | R. Beard | |
2014 | Annapolis | 3129 | talk | A | V | Space Geodesy Contributions to Gravity Model Development | B. Tapley | |
2014 | Annapolis | 3035 | talk | A | V | ITRF 2013 Analysis and SLR Contribution | Z. Altamimi | |
2014 | Annapolis | 3153 | talk | A | V | SLR and Altimetry: A Success Story and a Lasting Partnership | J.P. Berthias | |
2014 | Annapolis | 3120 | talk | A | V | The NASA Ice, Cloud and land Elevation Satellite (ICESat) Series: Science, Data Products and Operations | B. Schutz | |
2014 | Annapolis | 3057 | talk | A | V | Lunar Laser Ranging: Science and Status | T. Murphy | |
2014 | Annapolis | 3168 | talk | A | V | The International Laser Ranging Service: Past, Present and Future | G. Bianco | |
2014 | Annapolis | 3164 | talk | A | V | GGOS and the Importance of the Combination of Space Techniques | H. Kutterer | |
2014 | Annapolis | 3026 | talk | A | V | Status in the UN-GGIM initiative on a resolution for a global geodetic reference frame | P.E.O. Opseth | |
2014 | Annapolis | 3157 | talk | A | V | P | The ILRS Contribution to the Development of ITRF2013 | V. Luceri |
2014 | Annapolis | 3146 | talk | A | V | Modeling Improvements in the ILRS Reprocess for ITRF2013 Using the LAGEOS Satellites to Assess the Accuracy of ILRS Stations | E. Pavlis | |
2014 | Annapolis | 3052 | talk | A | V | Using the LAGEOS Satellites to Assess the Accuracy of ILRS Stations’ Observations During the Last Decade | G. Appleby | |
2014 | Annapolis | 3144 | talk | A | V | Relativistic Aspects of SLR/GPS Geodesy | S. Kopeikin | |
2014 | Annapolis | 3079 | talk | A | V | Pre-Combined GNSS-SLR Solutions for the ITRF2013 | D. Thaller | |
2014 | Annapolis | 3081 | talk | A | V | Impact of 25 Years of Etalon-1 and Etalon-2 Data | F. Deleflie | |
2014 | Annapolis | 3117 | talk | A | V | P | Satellite Laser Ranging Applications for Gravity Field Determination | J. Ries |
2014 | Annapolis | 3015 | talk | A | V | Mass Transport and Dynamics in the Earth System | R. Gross | |
2014 | Annapolis | 3088 | talk | A | V | Geocenter Motion Driven by Large-Scale Mass Redistribution (3088) | K. Matsuo | |
2014 | Annapolis | 3011 | talk | A | V | The Use of Numerical Weather Models for SLR Data Analysis | L. Petrov | |
2014 | Annapolis | 3002 | talk | A | V | The Study on the Coefficients of the Earth's Gravity Using Scaled Sensitivity Matrix Method | W. Qu | |
2014 | Annapolis | 3110 | talk | A | V | Assessing Orbit Quality Using SLR | R. Govind | |
2014 | Annapolis | 3126 | talk | A | V | P | Millijoules High Master-Slave Pulse Ratio 532 nm Picosecond Laser (3126) | Z. Fan (Z. You) |
2014 | Annapolis | 3058 | talk | A | V | P | TBAD: Transponder-Based Aircraft Detector | T. Murphy |
2014 | Annapolis | 3041 | talk | A | V | Metrological Provision of Uniformity Of Measurements of Time and Frequency in the Satellites Laser-Ranging Systems | I. Blinov (I. Ignatenko) | |
2014 | Annapolis | 3025 | talk | A | V | P | SLR Station of the New Generation for Time Transfer with Subnanosecond Accuracy and Ranging with Submillimeter Accuracy in Night and Daytime | M. Sadovnikov |
2014 | Annapolis | 3032 | talk | A | V | P | Laser Measurement to Space Targets by Using Dual-Receiving Telescopes and Transmitted from One of Systems | Z. Zhang |
2014 | Annapolis | 3062 | talk | A | V | P | Quantum Communications Demonstrated For Satellite Downlink At MLRO | G. Vallone (P. Villoresi) |
2014 | Annapolis | 3089 | talk | A | V | P | Development of a Full SLR Software Stack Based on Real-Time Linux and a New Version of the Potsdam Range Gate (movie) | A. Kloth |
2014 | Annapolis | 3104 | talk | A | V | P | Upgrading kHz SLR at the SGF, Herstmonceux | M. Wilkinson |
2014 | Annapolis | 3020 | talk | A | V | P | A Proposed Multifunctional Multichannel Receiver for SGSLR | J. Degnan |
2014 | Annapolis | 0000 | talk | A | V | P | How to measure more than 110 satellites | G. Kirchner |
2014 | Annapolis | 3131 | talk | A | V | P | First Results from the Satellite Observing System Wettzell (movie) | S. Riepl |
2014 | Annapolis | 3091 | talk | A | V | P | Ideas of New Technological Developments for Future French SLR Stations | C. Courde |
2014 | Annapolis | talk | V | NASA GSFC Retired | John Degnan/SigmaSpace | |||
2014 | Annapolis | 3044 | talk | A | V | P | The Role of CORE and Co-location Sites and the Activities Underway to Improve the Global Space Geodesy Network | M. Pearlman |
2014 | Annapolis | 3068 | talk | A | V | P | Stages of Development of Stations, Networks and SLR Usage Methods for Global Space Geodetic and Navigation Systems in Russia (3068) | M. Sadovnikov |
2014 | Annapolis | 3165 | talk | A | V | P | The Status and Plan of the Chinese SLR Network (3165) | Z. Zhang |
2014 | Annapolis | 3018 | talk | A | V | P | Developing and Deploying NASA's Space Geodesy Satellite Laser Ranging (SGSLR) Systems | J. McGarry |
2014 | Annapolis | 3119 | talk | A | V | P | Testing and Benchmarking the NASA SGSLR Systems at the 1mm Level Prior to Field Deployment | T. Varghese |
2014 | Annapolis | 3151 | talk | A | V | P | NASA's Next Generation Space Geodesy Network Typical Core Site Requirements and Layout | J. Esper |
2014 | Annapolis | 3027 | talk | A | V | P | Status of the establishment of a core site in Ny-Ålesund | P.E.O. Opseth |
2014 | Annapolis | 3094 | talk | A | V | Laser Ranging for the Precision Orbit Determination and Remote Maneuver of Space Debris | B. Greene | |
2014 | Annapolis | 3017 | talk | A | V | P | Space Debris Orbit Predictions using Bi-static Laser Observations. Case Study: ENVISAT | H. Wirnsberger |
2014 | Annapolis | 3009 | talk | A | V | P | Infrared Laser Ranging to Space Debris – a Chance for ILRS | G. Kirchner |
2014 | Annapolis | 3075 | talk | A | V | P | Concept for a Geodetic and Time Reference in Space | A. Schlicht |
2014 | Annapolis | 3006 | talk | A | V | P | Calibration of SLR System Delays for the European Laser Timing Reaching 20 ps Accuracy | I. Prochazka |
2014 | Annapolis | 3005 | talk | A | V | P | SLR and GNSS Co-location and Delay Control for the Application of Laser Time Transfer | J. Kodet |
2014 | Annapolis | 3114 | talk | A | V | P | Early Results from New Initiatives on SLR Tracking of GNSS and Synchronous Satellites | M. Pearlman |
2014 | Annapolis | 3024 | talk | A | V | P | New ideas in retroreflector array development | A. Sokolov |
2014 | Annapolis | 3053 | talk | A | V | Status of the GPS III Laser Retroreflector Array | L. Thomas | |
2014 | Annapolis | 3067 | talk | A | V | P | Accuracy Evaluation of QZS-1 Precise Ephemerides with Satellite Laser Ranging | S. Kasho |
2014 | Annapolis | 3082 | talk | A | V | P | Thermal and Optical characterization of a GNSS Retroreflector Array at the SCF Lab | A. Boni |
2014 | Annapolis | 3070 | talk | A | V | P | Processing 20 Years of SLR Observations to GNSS Satellites | K. Sosnica |
2014 | Annapolis | 3061 | talk | A | V | P | APOLLO: Performance and Findings | T. Murphy |
2014 | Annapolis | 3016 | talk | A | V | P | French LLR Station Status and New Project | C. Courde (J.-M. Torre) |
2014 | Annapolis | 3033 | talk | A | V | P | Earth Orientation and Relativity Parameters Determined from LLR Data | J. Müller |
2014 | Annapolis | 3148 | talk | A | V | P | Test of General Relativity Using Lunar Laser Ranging Data and the Planetary Ephemeris Program | M. Martini |
2014 | Annapolis | 3092 | talk | A | V | P | New dynamical relativistic modeling of the Moon in POLAC group (SYRTE, Observatoire de Paris) | A. Bourgoin |
2014 | Annapolis | 3055 | talk | A | V | P | Atmospheric Effects and the Ultimate Ranging Accuracy for Lunar Laser Ranging | D. Currie |
2014 | Annapolis | 3124 | talk | A | V | P | Application of one-way laser ranging data to LRO into orbit determination | S. Bauer |
2014 | Annapolis | 3101 | talk | A | V | P | Simulated Comparative Analysis of One- and Two-Way Planetary Laser Ranging Systems | D. Dirkx |
2014 | Annapolis | 3100 | talk | A | V | P | NASA-SSERVI and INFN Partnership "Springlets": Solar system Payloads of laser Retroreflectors of INfn for General reLativity, Exploration and planeTary Science | S. Dell'Agnello |
2014 | Annapolis | 3123 | talk | A | V | P | ILRS Station Configuration Tracking | R. Ricklefs |
2014 | Annapolis | 3036 | talk | A | V | P | Two-fold Quality Assessment of Global SLR Data | T. Otsubo |
2014 | Annapolis | 3125 | talk | A | V | P | Plotting NP range residuals - SGF web development (movie) | M. Wilkinson |
2014 | Annapolis | 3160 | talk | A | V | Station Performance Assessment Tools for the ILRS Stations | E. Pavlis | |
2014 | Annapolis | 3059 | talk | A | V | Satellite Interleaving and Real-time Normal Point Data-Quantity Monitoring | G. Appleby | |
2014 | Annapolis | 3029 | talk | A | V | Station Procedures | J. Woo | |
2014 | Annapolis | 3130 | talk | A | V | P | Station best practice and requests | J. Torre |
2014 | Annapolis | 3154 | talk | A | V | SLR Calibration Issues - Example: Graz | G. Kirchner | |
2014 | Annapolis | 3097 | talk | A | V | P | Geometry bias in a short baseline ground calibration | I. Prochazka |
2014 | Annapolis | talk | V | P | Station clinics | Station clinics | ||
2014 | Annapolis | talk | V | P | Operations center review/issues, quarantine | H. Mueller | ||
2014 | Annapolis | talk | V | ILRS station configuration tracking | R. Ricklefs, J. Horvath | |||
2014 | Annapolis | talk | V | P | Two-fold quality, report card review | T. Otsubo, M. Torrence | ||
2014 | Annapolis | talk | V | P | NPT residuals, SGF website | M. Wilkinson | ||
2014 | Annapolis | talk | V | P | Interleaving and real-time NPT monitoring | G. Appleby | ||
2014 | Annapolis | talk | V | P | Safety best practice | C. Quinn | ||
2014 | Annapolis | talk | V | P | JCET website, tools review | E. Pavlis | ||
2014 | Annapolis | 3022 | poster | A | V | P | 1970 - First Laser Ranging in Czechoslovakia | J. Kostelecky |
2014 | Annapolis | 3034 | poster | A | V | P | 40 Years of SLR in India (Remembering the Past) | E. Kattimuthu |
2014 | Annapolis | 3046 | poster | A | V | P | Satellite Laser Ranging Tracking Through the Years | C. Noll |
2014 | Annapolis | 3102 | poster | A | V | Satellite Laser Ranging in the University of Latvia since 1975 | M. Abele | |
2014 | Annapolis | 3116 | poster | A | V | P | History of the Laser Observations at Zimmerwald | M. Ploner |
2014 | Annapolis | 3121 | poster | A | V | Arequipa's Contribution to the ILRS Network | P. Dunn | |
2014 | Annapolis | 3013 | poster | A | V | Earth Orientation Parameters (EOP's) using SLR data from ILRS 7406 station at San Juan - Argentina | A. Pacheco | |
2014 | Annapolis | 3064 | poster | A | V | P | Preliminary Performance Analysis for the Korean SLR Station "DAEDEOK-73592601" | E. Park |
2014 | Annapolis | 3071 | poster | A | V | P | Precise Orbit Determination and Measurement Bias Analysis for Starlette with Satellite Laser Ranging of The Korean SLR Station "DAEDEOK-73592601" ” | Y. Kim |
2014 | Annapolis | 3072 | poster | A | V | P | Earth Rotation and Gravity Field Parameters from Satellite Laser Ranging | K. Sosnica |
2014 | Annapolis | 3074 | poster | A | V | LOD systematics from SLR observations | M. Bloßfeld | |
2014 | Annapolis | 3078 | poster | A | V | Impact of atmospheric effects on SLR-derived parameters | K. Ebauer | |
2014 | Annapolis | 3096 | poster | A | V | Combining SLR with VLBI, DORIS and GPS in the GEOSAT software | I. Fausk | |
2014 | Annapolis | 3138 | poster | A | V | Etalon and Ajisai Observations from NASA's SLR Network | P. Dunn | |
2014 | Annapolis | 3021 | poster | A | V | P | Submillimeter SLR: Ajisai as the Zero-Signature Geodetic Satellite | D. Kucharski |
2014 | Annapolis | 3141 | poster | A | V | P | Systematic Range Error 2013-2014 | T. Otsubo |
2014 | Annapolis | 3109 | poster | A | V | P | Testing Fundamental Physics with Satellite Laser Ranging: Perspectives and Goals of the LARASE Experiment | D. Lucchesi |
2014 | Annapolis | 3112 | poster | A | V | Introduction on ILRS SHAO Analysis Center and Products | X. Wang | |
2014 | Annapolis | 3004 | poster | A | V | P | Development of a high accuracy, user friendly Lunar Laser Ranging telescope steering and pointing software package at HartRAO | L. Combrinck |
2014 | Annapolis | 3007 | poster | A | V | P | Dark Count Rate Reduction of the SPAD Detection Package for SLR | I. Prochazka |
2014 | Annapolis | 3008 | poster | A | V | P | Software Reuse in the ILRS Network | R. Ricklefs |
2014 | Annapolis | 3012 | poster | A | V | P | An Estimation of the Number of Expected Returned Photons for the HartRAO Lunar Laser Ranger System | S. Ndlovu |
2014 | Annapolis | 3030 | poster | A | V | P | The Research on Key Technology of 1064nm Wavelength SLR and Measurement Experiment | H. Zhang |
2014 | Annapolis | 3047 | poster | A | V | P | Final Transfer Function of the LARES retroreflector array | D. Arnold |
2014 | Annapolis | 3063 | poster | A | V | Development of the Automatic Transmitter/Receiver Alignment System (ATRAS) for ARGO-M | M. Choi | |
2014 | Annapolis | 3073 | poster | A | V | P | A New Toolset for Passive Monitoring of Air Traffic and Sky Conditions at Metsähovi Station, Finland | J. Näränen |
2014 | Annapolis | 3077 | poster | A | V | A-RGG development for 10 kHz Laser Ranging of Daedeok station | S. Bang | |
2014 | Annapolis | 3098 | poster | A | V | New USB version of the Riga Event Timer and additional Software Support for Linux | V. Vedin | |
2014 | Annapolis | 3099 | poster | A | V | P | ADS-B In-sky Safety - Making listen2planes Package Available to Download | M. Wilkinson |
2014 | Annapolis | 3159 | poster | A | V | Range Gate Generator with Pulse Position Modulation Capability | H. Kunimori | |
2014 | Annapolis | 3162 | poster | A | V | P | Lasers for Satellite Laser Ranging (SLR) Applications | J. Kilmer |
2014 | Annapolis | 3014 | poster | A | V | Local Ties to determine the Co-location vector from the SLR telescope and GPS antenna in San Juan, Argentina | R. Podestá | |
2014 | Annapolis | 3048 | poster | A | V | P | SLR, GNSS, VLBI, and DORIS Networks: ILRS+IGS+IVS+IDS | C. Noll |
2014 | Annapolis | 3090 | poster | A | V | P | Progress Report on the New SLR System of GGOS'S Core Site Metsähovi, Finland | A. Raja-Halli |
2014 | Annapolis | 3093 | poster | A | V | P | SGSLR Computer Design | J. Cheek |
2014 | Annapolis | 3105 | poster | A | V | P | Relative height surveying of geodetic monuments at the SGF Herstmonceux, UK | G. Appleby |
2014 | Annapolis | 3150 | poster | A | V | P | NASA's Next Generation Space Geodesy Network | S. Merkowitz |
2014 | Annapolis | 3115 | poster | A | V | P | Tracking Orbital Debris in a Busy Airspace Environment | M. Shappirio |
2014 | Annapolis | 3066 | poster | A | V | P | Laser Ranging on Space Debris with the Changchun SLR station | C. Liu |
2014 | Annapolis | 3003 | poster | A | V | P | Send off to Space Debris using LASER Techniques | S. Lakshminarayana |
2014 | Annapolis | 3060 | poster | A | V | P | Time-transfer experiments between satellite laser ranging ground stations via one-way laser ranging to the Lunar Reconnaissance Orbiter | D. Mao |
2014 | Annapolis | 3161 | poster | A | V | Comparison Campaigns of Time Transfer Techniques Between Calibrated Observatories | C. Courde | |
2014 | Annapolis | 3065 | poster | A | V | P | Daylight tracking GNSS in the Changchun SLR station | X. Han |
2014 | Annapolis | 3147 | poster | A | V | "Laser Ranging to Galileo", an ASI-INFN Project of the Italian Ministry of Research | S. Dell'Agnello | |
2014 | Annapolis | 3040 | poster | A | V | P | LLR (Lunar Laser Ranging) in the Physical Institute of the USSR Academy of Sciences | Yu. Kokurin |
2014 | Annapolis | 3113 | poster | A | V | P | ODISSEE, a Promising Tool for Lunar Laser Ranging | M. Aimar |
2014 | Annapolis | 3087 | poster | A | V | P | Influence of Atmospheric Turbulence on Planetary Transceiver Laser Ranging | D. Dirkx |
2014 | Annapolis | 3158 | poster | A | V | P | Summary of Ground Station Performance in 5 years of Laser Ranging Operation to Lunar Reconnaissance Orbiter | D. Mao |
2014 | Annapolis | 3028 | poster | A | V | Developments at the NASA SLR OC | J. Woo | |
2014 | Annapolis | 3031 | poster | A | V | P | Current status in Shanghai SLR station | Z. Wu |
2014 | Annapolis | 3043 | poster | A | V | P | Recent CDDIS Developments | C. Noll |
2014 | Annapolis | 3045 | poster | A | V | P | The ILRS Website's Site Log Viewer Application | C. Noll |
2014 | Annapolis | 3054 | poster | A | V | Preliminary Bias Estimates for SLR Observations at Stafford, Virginia | J. Griffiths | |
2014 | Annapolis | 3056 | poster | A | V | Status of SLR upgrades at the U.S. Naval Research Laboratory's Optical Test Facility | W. Smith | |
2014 | Annapolis | 3069 | poster | A | V | Remote Control and Safety Upgrades at the Yarragadee MOBLAS-5 Station | R. Carman | |
2014 | Annapolis | 3076 | poster | A | V | P | Daekdeok Station Receive Optical System Upgrade | S. Yu |
2014 | Annapolis | 3084 | poster | A | V | Dissemination of SLR data-related products through a Virtual Observatory: developments 2014-2015 | F. Deleflie | |
2014 | Annapolis | 3107 | poster | A | V | A format proposal for reporting SLR-Airspace interaction Events | J. del Pino | |
2014 | Annapolis | 3111 | poster | A | V | A Spreadsheet tool for the visualization of long term calibration series parameters | J. del Pino | |
2014 | Annapolis | 3133 | poster | A | V | P | Start Detector Time Walk Compensation | C. Moore |
2014 | Annapolis | 3134 | poster | A | V | P | The Importance of Minicos | J. Luck |
2014 | Annapolis | 3137 | poster | A | V | P | A Status Report on KASI Prediction Center (KAS) | Y. Kim |
2014 | Annapolis | 3139 | poster | A | V | A Multi-platform Package for the Visualization of the ILRS QC Reports | E. Pavlis | |
2014 | Annapolis | 3163 | poster | A | V | The ILRS "Global Report Card" | M. Torrence | |
2014 | Annapolis | 3166 | poster | A | V | Tracking Statistics for High Performing SLR Stations | J. Woo | |
2014 | Annapolis | 3095 | poster | A | V | DOMINO: Laser Communication between SOTA, onboard SOCRATES satellite, and MEO Optical Ground Station | D.H. Phung | |
2013 | Fujiyoshida | 13-0001 | talk | V | P | Keynote Lecture 1, John Degnan, The Impact of SLR Technology Innovations on Modern Science | ||
2013 | Fujiyoshida | 13-0002 | talk | V | P | Keynote Lecture 2, Masayuki Fujita, Seafloor Geodesy - A New Challenge for Approaching Great Earthquakes around Japan | ||
2013 | Fujiyoshida | 13-0101 | talk | V | ICSU-World Data System, New Scientific Data Management | Yasuhiro Murayama | ||
2013 | Fujiyoshida | 13-0102 | talk | V | P | Dissemination of SLR data-related products through a Virtual Observatory | Florent Deleflie | |
2013 | Fujiyoshida | 13-0103 | talk | V | P | GGOS Global Space Geodesy Networks and the Role of Laser Ranging | Michael Pearlman | |
2013 | Fujiyoshida | 13-0104 | talk | V | NASA's Space Geodesy Project | S.M. Merkowitz | ||
2013 | Fujiyoshida | 13-0105 | talk | V | P | SLR-GNSS analysis in the framework of the ITRF2013 computation | Daniela Thaller | |
2013 | Fujiyoshida | 13-0106 | talk | V | P | Recent Progress and Future Perspectives of the International VLBI Service for Geodesy and Astrometry (IVS) | Shinobu Kurihara | |
2013 | Fujiyoshida | 13-0107 | talk | V | P | Deployment of SLR colocation sites with one-way RF systems and VLBI for the improvement of the GLONASS | V.V. Pasinkov. | |
2013 | Fujiyoshida | 13-0117 | talk | V | Laser ranging in Main metrological center of the Russian State service of time, frequency and the Earth rotation parameters determination | I. Blinov | ||
2013 | Fujiyoshida | 13-0108 | talk | V | P | Earth gravity field recovery using GPS, GLONASS, and SLR satellites | Krzysztof Sosnica | |
2013 | Fujiyoshida | 13-0109 | talk | V | P | Temporal variations in the Earth's gravity field from multiple SLR satellites: Toward the investigation of polar ice sheet mass balance | Koji Matsuo | |
2013 | Fujiyoshida | 13-0110 | talk | V | Low-frequency gravity change from GPS data of COSMIC and GRACE: potential enhancement from COSMIC-2's GPS and SLR data | Cheinway Hwang | ||
2013 | Fujiyoshida | 13-0111 | talk | V | P | Earth's low degree gravitational variations from space geodetic data | V. Luceri | |
2013 | Fujiyoshida | 13-0112 | talk | V | P | Geophysical fluid models for atmosphere, ocean and hydrology and their impact on SLR analysis | Ole Roggenbuck | |
2013 | Fujiyoshida | 13-0113 | talk | V | P | Consistent estimation of Earth rotation, geometry and gravity with DGFI's multi-satellite solution | Mathis Blossfeld | |
2013 | Fujiyoshida | 13-0114 | talk | V | P | SLR-derived terrestrial reference frame using observations to LAGEOS-1/2, Starlette, Stella, and AJISAI | Krzysztof Sosnica | |
2013 | Fujiyoshida | 13-0115 | talk | V | P | The Error Analysis of SHAO Terrestrial Reference Frame and EOPs | Xiaoya Wang | |
2013 | Fujiyoshida | 13-0116 | talk | V | JCET’s Daily-updated State-of-the-art SLR-only TRF | Erricos C. Pavlis | ||
2013 | Fujiyoshida | 13-0201 | talk | V | Quality of the SLR data 1983-2012 | Stanislaw Schillak | ||
2013 | Fujiyoshida | 13-0202 | talk | V | P | Quality and possible improvements of the official ILRS products | Horst Mueller | |
2013 | Fujiyoshida | 13-0203 | talk | V | P | Check of Laser Ranging Data at Hitotsubashi University | Toshimichi Otsubo | |
2013 | Fujiyoshida | 13-0204 | talk | V | P | Quality assessment of SLR data-related products | Jean-Michel Lemoine | |
2013 | Fujiyoshida | 13-0205 | talk | V | P | EUROLAS Data Center - Improvements of the Website for the ILRS Community | Christian Schwatke | |
2013 | Fujiyoshida | 13-0206 | talk | V | P | NASA SLR operational network project overview | David McCormick | |
2013 | Fujiyoshida | 13-0207 | talk | V | P | Engineering changes to the NASA SLR Network to overcome obsoleteness and improve performance and reliability | Thomas Varghese | |
2013 | Fujiyoshida | 13-0208 | talk | V | P | Orbit Determination and Analysis for STSAT-2C | Young-Rok Kim | |
2013 | Fujiyoshida | 13-0209 | talk | V | P | GNSS Satellite Orbit Validation Using Satellite Laser Ranging | Oliver Montenbruck | |
2013 | Fujiyoshida | 13-0210 | talk | V | P | The concept and the preliminary results of the SLR application in the problem of improving the GLONASS accuracy | V.V. Pasinkov | |
2013 | Fujiyoshida | 13-0211 | talk | V | P | The Accuracy Verification for GPS Receiver of ZY-3 Satellite by SLR | Zhao Chunmei | |
2013 | Fujiyoshida | 13-0213 | talk | V | P | Multi-Static Laser Ranging to Space Debris Targets: Tests and Results | Georg Kirchner | |
2013 | Fujiyoshida | 13-0214 | talk | V | P | Progress and Observation of Space Debris Laser Ranging at Shanghai Station | Zhang Zhongping | |
2013 | Fujiyoshida | 13-0215 | talk | V | P | ENVISAT Spin and Attitude Determination Using SLR | Georg Kirchner | |
2013 | Fujiyoshida | 13-0216 | talk | V | P | Time Transfer: Sideline or Geodetic Objective? | Anja Schlicht | |
2013 | Fujiyoshida | 13-0217 | talk | V | European Laser Time Transfer (ELT) - System delays calibration | I. Prochazka | ||
2013 | Fujiyoshida | 13-0218 | talk | V | P | European Laser Time Transfer (ELT) and Laser Safety for the ISS | Ulrich Schreiber | |
2013 | Fujiyoshida | 13-0219 | talk | V | P | Progress Report on the WLRS: Getting ready for GGOS, LLR and Time Transfer | Guenther Herold | |
2013 | Fujiyoshida | 13-0220 | talk | V | P | Local ties control in application of laser time transfer | Jan Kodet | |
2013 | Fujiyoshida | 13-0221 | talk | V | Russian free-space laser communication experiment “SLS” | I.A. Grechukhin | ||
2013 | Fujiyoshida | 13-0222 | talk | V | P | Laser Ranging to Nano-Satellites in LEO Orbits: Plans, Issues, Simulations | Georg Kirchner | |
2013 | Fujiyoshida | 13-0223 | talk | V | P | SpinSat Mission Overview | Andrew Nicholas | |
2013 | Fujiyoshida | 13-0301 | talk | V | P | The Collocation of NGSLR with MOBLAS-7 and the Future of NASA Satellite Laser Ranging | J. McGarry | |
2013 | Fujiyoshida | 13-0302 | talk | V | Evaluation of the 2013 NGSLR and MOBLAS-7 Co-location Dataset at GGAO | Erricos C. Pavlis | ||
2013 | Fujiyoshida | 13-0303 | talk | V | The results of two-color observations | Stanislaw Schillak | ||
2013 | Fujiyoshida | 13-0304 | talk | V | P | Modeling spin parameters of Ajisai, LARES and the other geodetic satellites with SLR data | Daniel Kucharski | |
2013 | Fujiyoshida | 13-0305 | talk | V | P | Upgrade of the NGSLR optical bench and resulting performance improvements | H. Donovan | |
2013 | Fujiyoshida | 13-0306 | talk | V | P | Proposed beam divergence estimation procedure for the ILRS | R. Burris | |
2013 | Fujiyoshida | 13-0307 | talk | V | P | Integration of a SBS-3 ADS-B receiver into the SGF, Herstmonceux aircraft safety system | Matthew Wilkinson | |
2013 | Fujiyoshida | 13-0308 | talk | V | P | The new ADS-B based aircraft avoidance system at the MLRO | Domenico Iacovone | |
2013 | Fujiyoshida | 13-0309 | talk | V | P | Hazards & Risks @ SLR Network, Updates and New Challenges | Jorge R. del Pino | |
2013 | Fujiyoshida | 13-0401 | talk | V | P | Status of LLRRA-21 and Simulation of Apollo Behavior | Douglas Currie | |
2013 | Fujiyoshida | 13-0402 | talk | V | P | Lunar Laser Ranging - What is it Good for? | Jürgen Müller | |
2013 | Fujiyoshida | 13-0403 | talk | V | P | Lunar Laser Ranging : Recent activities of Paris Observatory Lunar Analysis Center | S. Bouquillon | |
2013 | Fujiyoshida | 13-0404 | talk | V | P | Analysis and application of 1-way laser ranging data from ILRS ground stations to LRO | S. Bauer | |
2013 | Fujiyoshida | 13-0405 | talk | V | P | LRO-LR: four years of history making laser ranging | J. McGarry | |
2013 | Fujiyoshida | 13-0407 | talk | V | P | Numerical geodesy experiments for a Phobos laser ranging mission concept | D. Dirkx | |
2013 | Fujiyoshida | 13-0408 | talk | V | P | Transfer Function of the Lares Satellite | David Arnold | |
2013 | Fujiyoshida | 13-0409 | talk | V | P | The ring retroreflectors system | V.B. Burmistrov | |
2013 | Fujiyoshida | 13-0410 | talk | V | Linda Thomas, Stephen Merkowitz, Status of the GPS III Laser Retroreflector Array | |||
2013 | Fujiyoshida | 13-0411 | talk | V | P | Development of the Retro-reflector on the Moon for the Future Lunar Laser Ranging | Hiroshi Araki | |
2013 | Fujiyoshida | 13-0412 | talk | V | P | Completion of ETRUSCO2, thermal test results and thermal optical simulation of the standard GNSS Retroreflector Array (GRA) | C. Cantone | |
2013 | Fujiyoshida | 13-0413 | talk | V | P | Processing Single Photon Data for Maximum Range Accuracy | Christopher B. Clarke | |
2013 | Fujiyoshida | 13-0414 | talk | V | P | SLR energy density estimations and measurements for the Herstmonceux station | Matthew Wilkinson | |
2013 | Fujiyoshida | 13-0415 | talk | V | P | Optical FFDP and interferometry measurement and modeling of retroreflector payloads at SCF_LAB | A. Boni | |
2013 | Fujiyoshida | 13-0416 | talk | V | P | Thermal/Optical Analysis of Cube Corner Retroreflectors for the Lunar Environment | Giovanni O. Delle Monache | |
2013 | Fujiyoshida | 13-0417 | talk | V | P | Attempt to further enhance ranging accuracies to Lageos through de-convolution of the target response | Thomas Varghese | |
2013 | Fujiyoshida | 13-0418 | talk | V | P | Centre of Mass corrections for precise analysis of LAGEOS, Etalon and Ajisai data | Graham Appleby and Toshimichi Otsubo | |
2013 | Fujiyoshida | 13-0419 | talk | V | P | Centre-of-mass Corrections of sub-cm-precision Targets, STARELTTE and LARES | Toshimichi Otsubo | |
2013 | Fujiyoshida | 13-0420 | talk | V | Simulation and Research of Transmitting and Receiving Epoch Overlapping Phenomenon on Co-Optical Path kHz Laser Ranging System | Zhai Dong-sheng | ||
2013 | Fujiyoshida | 13-0421 | talk | V | P | The new CMOS Tracking Camera used at the Zimmerwald Observatory | M. Ploner | |
2013 | Fujiyoshida | 13-0422 | talk | V | P | Recent Advances In Photon-counting 3D Imaging Lidars | John J. Degnan | |
2013 | Fujiyoshida | 13-0424 | talk | V | Recent achievements in detector and timing technology for SLR and laser time transfer | I. Prochazka | ||
2013 | Fujiyoshida | 13-0425 | talk | V | Investigation and Compensation of Detector Time Delays caused by Receive Signal Intensity Fluctuations | Johann Eckl | ||
2013 | Fujiyoshida | 13-0426 | talk | V | P | Event Timer A033-ET: Advancement of Performance Characteristics | Eugene Boole | |
2013 | Fujiyoshida | 13-0427 | talk | V | Towards Integrated Communication and Ranging system using 1.5um wavelength fiber technology | Hiroo Kunimori | ||
2013 | Fujiyoshida | 13-0501 | talk | V | P | Status of SLR Upgrades at the U.S. Naval Research Laboratory's Optical Test Facility | Reed Smith | |
2013 | Fujiyoshida | 13-0503 | talk | V | P | Preserving history and technical "know-how" - experience at SLR station Riga | Kalvis Salminsh | |
2013 | Fujiyoshida | 13-0504 | talk | V | P | Challenges and progress with the development of a Lunar Laser Ranger for South Africa | Ludwig Combrinck | |
2013 | Fujiyoshida | 13-0505 | talk | V | On Objectives and Some Results of Russian Laser Ranging Network Operation in 2013 | Vladimir Glotov and Nataly Parkhomenko | ||
2013 | Fujiyoshida | 13-0507 | talk | V | P | Japanese SLR challenges | Shinichi Nakamura | |
2013 | Fujiyoshida | talk | V | Workshop summary, resolutions, next workshop proposals, closing | ||||
2013 | Fujiyoshida | 13-Po01 | poster | V | A Multi-platform Package for the Visualization of the ILRS QC Reports | Erricos C. Pavlis | ||
2013 | Fujiyoshida | 13-Po02 | poster | V | P | A Report on JAXA Tanegashima Station (GMSL) | Sachiyo Kasho | |
2013 | Fujiyoshida | 13-Po04 | poster | V | Accuracy and Stability Assessment of the ILRS Stations Over Two Decades | Erricos C. Pavlis | ||
2013 | Fujiyoshida | 13-Po05 | poster | V | P | Advanced Telescopes, SLR, and Radar capability to support IRNSS at GEO ranges | Thomas Varghese | |
2013 | Fujiyoshida | 13-Po06 | poster | V | P | Alignment measurement with optical transponder system of Hayabusa-2 LIDAR | Hirotomo Noda | |
2013 | Fujiyoshida | 13-Po07 | poster | V | P | Broadening of SLR Network in Chinese Mainland | Liping Ji | |
2013 | Fujiyoshida | 13-Po08 | poster | V | P | Collaboration of ranging and optical communication mission RISESAT | Toshihiro Kubo-oka | |
2013 | Fujiyoshida | 13-Po10 | poster | V | P | Comparison of orbit precisions on different types of navigation satellites based on SLR tracking data | Zhao Gang | |
2013 | Fujiyoshida | 13-Po13 | poster | V | P | Detection and timing of laser pulses from Lunar Reconnaissance Orbiter | Szymon Stuglik | |
2013 | Fujiyoshida | 13-Po14 | poster | V | P | Development of software for high-precision LLR data analysis | Ryosuke Nagasawa | |
2013 | Fujiyoshida | 13-Po15 | poster | V | Development of the High Speed Differentiation Discriminator for Laser Ranging System | Yuji Miura | ||
2013 | Fujiyoshida | 13-Po16 | poster | V | P | Educational Activities Related to Satellite Laser Ranging at Hitotsubashi Univ. | Toshimichi Otsubo | |
2013 | Fujiyoshida | 13-Po20 | poster | V | Expanding the SLR space segment with the Galileo constellation? | Jose Rodriguez | ||
2013 | Fujiyoshida | 13-Po21 | poster | V | P | ILRS Website Update | C. Noll | |
2013 | Fujiyoshida | 13-Po22 | poster | V | P | Impact of Earth radiation pressure on LAGEOS orbits and on the global scale | Krzysztof Sosnica | |
2013 | Fujiyoshida | 13-Po23 | poster | V | P | Improvements of System Stability at Changchun Observatory | HAN Xingwei | |
2013 | Fujiyoshida | 13-Po24 | poster | V | P | Japanese Altimetry Mission, COMPIRA | Akihisa Uematsu | |
2013 | Fujiyoshida | 13-Po25 | poster | V | P | Linux/RTAI Real-time Control System at MLRS | R. Ricklefs | |
2013 | Fujiyoshida | 13-Po26 | poster | V | P | LRO Orbit Determination with Laser Ranging Data | Dandan Mao | |
2013 | Fujiyoshida | 13-Po27 | poster | V | Near Ground Target for 1.2m Telescope SLR System | Yuncheng Zhang | ||
2013 | Fujiyoshida | 13-Po28 | poster | V | P | New gatable MCP-PMTs and their performances in comparison to semiconductor type detectors for SLR applications | Takeshi Taguchi | |
2013 | Fujiyoshida | 13-Po29 | poster | V | P | New telescope and observatory building to Metsähovi, Finland | Arttu Raja-Halli | |
2013 | Fujiyoshida | 13-Po30 | poster | V | P | NGSLR Collocation Analysis | Julie E. Horvath | |
2013 | Fujiyoshida | 13-Po31 | poster | V | P | Range Gate Generator Development for 10kHz Laser Ranging | Seung-Cheol Bang | |
2013 | Fujiyoshida | 13-Po34 | poster | V | P | Riga SLR station upgrade and status report | Kalvis Salminsh | |
2013 | Fujiyoshida | 13-Po35 | poster | V | P | Satellite Laser Ranging at the Shimosato Hydrographic Observatory | Mariko Sato | |
2013 | Fujiyoshida | 13-Po36 | poster | V | P | Satellite Tracking Near Japan 50 Years Ago | Jerry R. Wiant | |
2013 | Fujiyoshida | 13-Po37 | poster | V | SLR configuration and data management software (Debit) using WEB and relational data base | Hiroo Kunimori | ||
2013 | Fujiyoshida | 13-Po38 | poster | V | P | SLR data processing status of Korean SLR system | Eunseo Park | |
2013 | Fujiyoshida | 13-Po39 | poster | V | SLR Station Potsdam Software Upgrade based on a Linux Real Time System | André Kloth | ||
2013 | Fujiyoshida | 13-Po42 | poster | V | Stability of the SGF, Herstmonceux site and SLR calibration | Graham Appleby | ||
2013 | Fujiyoshida | 13-Po43 | poster | V | P | Status of the Zimmerwald SLR station | M. Ploner | |
2013 | Fujiyoshida | 13-Po45 | poster | V | P | System design of the South African Lunar Laser Ranger | RC Botha | |
2013 | Fujiyoshida | 13-Po46 | poster | V | T/R switch development utilizing optical fiber technology | Tetsuo Hosokawa | ||
2013 | Fujiyoshida | 13-Po49 | poster | V | P | The design of laser retro-reflectors and its application in the docking mission of Chinese Tiangong-1 space lab module | Chen Wanzhen | |
2013 | Fujiyoshida | 13-Po52 | poster | V | P | The preliminary Results of Laser Ranging to Satellites with 10 kHz Laser System at Shanghai Station | Chen Juping | |
2013 | Fujiyoshida | 13-Po54 | poster | V | P | Time Transfer between two Satellite Laser Ranging Stations via Lunar Reconnaissance Orbiter Laser Ranging | Xiaoli Sun | |
2013 | Fujiyoshida | 13-Po55 | poster | V | P | Ultra-low timing jitter optical pulse trains from mode locked Er-fiber lasers | Tae Keun Kim | |
2013 | Fujiyoshida | 13-Po56 | poster | V | P | Upgrade of SLR station 7841 Potsdam | Ludwig Grunwaldt | |
2013 | Fujiyoshida | 13-Po57 | poster | V | P | Combined LARES-LAGEOS solutions | Christian Baumann | |
2013 | Fujiyoshida | 13-Po58 | poster | V | NASA SLR Network Key Safety Elements | Chris Quinn | ||
2013 | Fujiyoshida | 13-Po59 | poster | V | P | ILRS Station Reporting | Carey Noll | |
2013 | Fujiyoshida | 13-Po60 | poster | V | P | Ukraine SLR stations: the current state and future. | Vitaliy | |
2012 | Frascati | 1 | talk | V | Welcome to LNF and ITLW-12 | Graham Appleby | ||
2012 | Frascati | 1 | talk | A | V | P | Historical Overview and Path to Present Day Requirements | Michael Pearlman |
2012 | Frascati | 2 | talk | A | V | P | Laser Ranging: Scientific Accomplishments of the Past and Requirements for the Future | Erricos Pavlis |
2012 | Frascati | 3 | talk | A | V | P | A Tutorial on Retroreflectors and Arrays for SLR | John Degnan |
2012 | Frascati | 1 | talk | V | P | Introductory talk | Matt Wilkinson | |
2012 | Frascati | 2 | talk | A | V | P | NGSLR's measurement of the retro-reflector array response of various LEO to GNSS satellites | Jan McGarry |
2012 | Frascati | 3 | talk | A | V | P | Performance and Prediction of SLR Tracking on Regional GNSS Constellations | Mark Davis |
2012 | Frascati | 4 | talk | A | V | P | SLR energy density modelled and measured at Jason-2 and at the Herstmonceux station | Matthew Wilkinson |
2012 | Frascati | 5 | talk | A | V | P | Current performances and developments of MeO laser station | Clement Courde |
2012 | Frascati | 6 | talk | A | V | P | Linear Polarization Issues for Laser Ranging to Uncoated Retro-Reflectors | Kirchner Georg |
2012 | Frascati | 7 | poster | A | V | P | Divergence Estimation Procedure and Calculation (POSTER) | Ray Burris |
2012 | Frascati | 1 | talk | A | V | P | Introductory talk: Target signatures of existing sub-cm targets and prospects for future SLR constellations | T. Otsubo |
2012 | Frascati | 2 | talk | A | V | P | Review of the Pre-launch Lageos-2 testing in the laboratory using CW and pulsed techniques, including high-resolution streak camera imaging at various spacecraft orientations | T. Varghese |
2012 | Frascati | 3 | talk | A | V | P | Updated Centre of Mass corrections for LAGEOS and Etalon | Graham Appleby |
2012 | Frascati | 4 | talk | A | V | P | The Centre of Mass Correction of LARES and LAGEOS | R.Neubert |
2012 | Frascati | 5 | talk | A | V | P | Calibration of Satellites’ Retro-reflectors Center | Xiaoya Wang |
2012 | Frascati | 6 | talk | A | V | P | LARES: Analysis of the first months of data | C. Baumann |
2012 | Frascati | 7 | talk | A | V | P | Spin parameters of LARES spectrally determined from SLR data | D. Kucharski |
2012 | Frascati | 8 | talk | A | V | P | Can we improve LAGEOS solutions by combining with LEO satellites? | Krzysztof Sosnica |
2012 | Frascati | 9 | talk | A | V | P | The space tie between GNSS and SLR | D. Thaller |
2012 | Frascati | 10 | talk | A | V | P | New results on spin determination of BLITS from High Repetition Rate SLR data | D. Kucharski |
2012 | Frascati | 11 | talk | A | V | P | Centre-of-mass correction information at the ILRS Website | T. Otsubo |
2012 | Frascati | 1 | talk | V | Introductory talk | S. Dell’Agnello | ||
2012 | Frascati | 2 | talk | A | V | P | SCF_LAB: the Satellite/Lunar/GNSS laser ranging and altimetry Characterization Facilities’ LABoratory (12:25-12:40) | S. Dell’Agnello |
2012 | Frascati | 3 | talk | A | V | P | SCF-Test of infrared laser ranging and altimetry to retroreflectors on moons and planets | Dell'Agnello |
2012 | Frascati | 4 | talk | A | V | Extended far field diffraction pattern characterization of LAGEOS and LARES retroreflectors in isothermal conditions | A. Boni | |
2012 | Frascati | 1 | talk | V | Welcome and Logistics | Simone Dell’Agnello Chairman | ||
2012 | Frascati | 1 | talk | A | V | P | GGOS Ground Based Space Geodesy Networks Required to Improve the Reference Frame | Michael Pearlman |
2012 | Frascati | 2 | talk | A | V | P | Status and prospects of SLR of GLONASS | A.L. Sokolov |
2012 | Frascati | 3 | talk | A | V | The GPS Laser Retroreflector Array Project | Stephen Merkowitz | |
2012 | Frascati | 4 | talk | A | V | P | Status and prospects of SLR of Compass | Zhang Zhongping |
2012 | Frascati | 5 | talk | A | V | P | Accuracy evaluation of QZS-1 orbit solutions with Satellite Laser Ranging | Kyohei Akiyama and Toshimichi Otsubo |
2012 | Frascati | 6 | talk | A | V | P | SLR Tracking of the Glonass Constellation at the Observatory Zimmerwald | Martin Ploner |
2012 | Frascati | 7 | talk | A | V | P | Graz Experience with HEO Ranging | Kirchner Georg |
2012 | Frascati | 8 | talk | V | P | SGF experience with GNSS Tracking | Matt Wilkinson | |
2012 | Frascati | 9 | talk | V | P | Wettzell experience with GNSS Tracking | Ulrich Schreiber | |
2012 | Frascati | 10 | talk | V | P | NASA Network Experience with GNSS Tracking | Nikki Desch | |
2012 | Frascati | 11 | talk | A | V | P | Combined GNSS-SLR analysis | D. Thaller |
2012 | Frascati | 12 | talk | A | V | P | SLR Measurements of the Forthcoming ESA Earth Observation Missions and Their Applications in the Reference Frames Realization (12:25-12:50) | Drazen Svehla |
2012 | Frascati | 1 | talk | V | P | Introductory talk: ETRUSCO-2 and the SCF_LAB | S. Dell’Agnello | |
2012 | Frascati | 2 | talk | A | Status and prospects of SLR of Galileo IOV and FOC | Daniel Navarro-Reyes | ||
2012 | Frascati | 3 | talk | A | V | P | SCF-Test of Galileo IOV retroreflectors | Dell’Agnello S. |
2012 | Frascati | 4 | talk | A | V | P | Thermal-optical design and preliminary simulation for the ETRUSCO-2 GNSS Retroreflector Array | Boni A. |
2012 | Frascati | 1 | talk | V | Introductory talk | Douglas Currie | ||
2012 | Frascati | 2 | talk | A | V | P | Hollow Retroreflectors for Lunar Laser Ranging at Goddard Space Flight Center | Alix Preston |
2012 | Frascati | 3 | talk | A | V | Thermal Analysis of large Cube Corner Reflectors | D. Currie | |
2012 | Frascati | 4 | talk | A | V | SCF-Test of MoonLIGHT/LLRRA21, the Lunar Laser Ranging Retroreflector for the 21st Century | G. Delle Monache | |
2012 | Frascati | 5 | talk | V | P | Current and future status of the MeO LLR Station | Jean-Marie Torre | |
2012 | Frascati | 6 | talk | V | The LLR activity of MLRO | Pippo Bianco | ||
2012 | Frascati | 1 | talk | V | Introductory talk | Scott Wetzel | ||
2012 | Frascati | 2 | talk | A | V | P | Design and Manufacture of Laser Retro-reflector Arrays for LEO and HEO Satellites at Shanghai Astronomical Observatory | Zhang Haifeng |
2012 | Frascati | 3 | talk | A | V | P | Increase of FFDP uniformity for flat CCRs-array (TIR) (on the example of GLONASS satellites) | M.A.Sadovnikov |
2012 | Frascati | 4 | talk | A | V | P | Laser ranging on space debris with the MeO station | Clement Courde |
2012 | Frascati | 5 | talk | A | V | P | Laser Tracking of Space Debris at SLR Graz | Kirchner Georg |
2012 | Frascati | 6 | poster | A | V | P | Preliminary results of satellite laser ranging based on a receiver of updated 1.56m telescope and a nearby 60cm SLR system as a transmitter (POSTER) | Wu Zhibo |
2012 | Frascati | 7 | poster | A | V | P | The Blue-Sky Effect (POSTER) | Krzysztof Sosnica |
2012 | Frascati | 8 | talk | V | Poster on new ILRS Website | Carey Noll | ||
2012 | Frascati | 1 | talk | V | P | Introductory talk (14:30-14:45) | Reinhart Neubert | |
2012 | Frascati | 2 | talk | A | V | P | Design, construction and SCF-Test of a prototype Galileo & GNSS Retroreflector Array of Hollow retroreflectors (GRA-H) (14:45-15:10) | Berardi S. |
2012 | Frascati | 3 | talk | A | V | P | Testing a 20 cm Diameter Open Reflector | Reinhart Neubert |
2012 | Frascati | 4 | talk | A | V | P | Prospects of laser retroreflector arrays in GLONASS | M.A. Sadovnikov |
2012 | Frascati | 5 | talk | A | V | P | Design, construction and optical test of a laser-ranged test mass for deep space missions | G. Patrizi |
2012 | Frascati | 6 | talk | A | V | P | The mission of Chinese Space VLBI and Laser Ranging support for VLBI satellite with LRAs | Shen Zhiqiang |
2012 | Frascati | 1 | talk | A | V | P | Time Transfer by Laser Link T2L2 – Experimental campaign | E. Samain |
2012 | Frascati | 2 | talk | A | V | P | European Laser Timing – new challenges for the SLR community | Ivan Prochazka |
2012 | Frascati | 3 | talk | A | V | P | One-way LASER Ranging to LRO | Mark Torrence |
2012 | Frascati | 4 | talk | A | V | P | Reduction and analysis of one-way laser ranging data from Wettzell ground station to LRO | S. Bauer |
2012 | Frascati | 5 | talk | P | One--way ranging to spacecraft at planetary distances | David E Smith and Maria T Zuber | ||
2012 | Frascati | 6 | talk | A | V | P | Quantification of interplanetary laser ranging system requirements through bottom-up link simulations | Dominic Dirkx |
2011 | Koetzting | 1 | talk | V | Workshop Introduction | Michael Pearlman | ||
2011 | Koetzting | 2 | talk | V | GOCE and Its Challenging Gravimetric Sensor System | Invited Keynote Talk: Reiner Rummel | ||
2011 | Koetzting | 3 | talk | V | P | LARES Laser Relativity Satellite | I. Ciufolini | |
2011 | Koetzting | 4 | talk | V | P | Benefits of SLR in epoch reference frames | Mathis Blossfeld | |
2011 | Koetzting | 5 | talk | V | P | The SLR monitoring crustal movement in South America | Yin Zhiqiang | |
2011 | Koetzting | 6 | talk | V | Assessment on the non gravitational forces acting on the Lageos satellites | Florent Deleflie | ||
2011 | Koetzting | 7 | talk | V | Constraining spacetime torsion with Lunar Laser Ranging, Mercury Radar Ranging, LAGEOS, next lunar surface missions and BepiColombo | R. March | ||
2011 | Koetzting | 8 | talk | V | P | On the Calibration of TanDEM-X Precise Baselines via SLR | R. Koenig | |
2011 | Koetzting | 9 | talk | V | P | The Global Geodetic Observing System: Space Geodesy Networks for the Future | Michael Pearlman | |
2011 | Koetzting | 10 | talk | V | P | Where do we stand and what do we need? | Michael Pearlmann | |
2011 | Koetzting | 11 | talk | V | Statistical Analysis of SLR tracking in 20xx | Horst Mueller | ||
2011 | Koetzting | 12 | talk | V | The Contribution of Korean Side to the International Laser Ranging Service | Jong Uk Park | ||
2011 | Koetzting | 13 | talk | V | P | Current situation and future of cooperative San Juan SLR station between Chinese-Argentinean | Liu Weidong et al. | |
2011 | Koetzting | 14 | talk | V | Hazards and Risk @ SLR Network, A Preliminary Overview | J. del Pino | ||
2011 | Koetzting | 15 | talk | V | Multi Color Laser Ranging for Refraction Remote Sensing | E. Pavlis | ||
2011 | Koetzting | 16 | talk | V | Atmospheric range correction for two-frequency SLR measurements | Dudy D. Wijaya and Fritz K. Brunner | ||
2011 | Koetzting | 17 | talk | V | Atmospheric Refraction Correction Using Multiple Wavelength Laser Ranging | Ben Greene | ||
2011 | Koetzting | 18 | talk | V | P | The Photoconductive Antenna -A new device for Spacegeodetic Applications | S.Riepl | |
2011 | Koetzting | 19 | talk | V | Multi Color Activities at 7405 | M. Hafner | ||
2011 | Koetzting | 20 | talk | V | Co-optical Path KHz SLR | Li Zhulian | ||
2011 | Koetzting | 21 | talk | V | Experimental Laser System for Monitoring of GLONASS Time/Frequency Synchronization | V.L. Moshkov | ||
2011 | Koetzting | 22 | talk | V | Graz 10 kHz SLR | Georg Kirchner | ||
2011 | Koetzting | 23 | talk | V | High-energy picosecond laser systems between 10 Hz and 2 kHz for next-generation laser ranging k | M. Schmidt | ||
2011 | Koetzting | 24 | talk | V | New KHz-capable SLR software in Metsahovi | K. Arsov | ||
2011 | Koetzting | 25 | talk | V | Introduction to Modeling and Bias Issues | Toshi Otsubo | ||
2011 | Koetzting | 26 | talk | V | Improvements in Understanding Systematic Effects in Laser Ranging Observations | Graham Appleby | ||
2011 | Koetzting | 27 | talk | V | P | Improving ILRS products after an in-depth characterization of station biases | V. Luceri | |
2011 | Koetzting | 28 | talk | V | GNSS satellites as co-locations for a combined GNSS and SLR analysis | D. Thaller | ||
2011 | Koetzting | 29 | talk | V | Spin of Ajisai: influence of Solar Irradiation on the spin period and precession of the spin axis measured by the Graz 2kHz SLR system | Daniel Kucharski | ||
2011 | Koetzting | 30 | talk | V | A New Approach for the Spin Axis Determination of LAGEOS | D. G. Currie | ||
2011 | Koetzting | 31 | talk | V | BLITS: spin parameters and its optical response measured by the Graz 2 kHz SLR system | Daniel Kucharski | ||
2011 | Koetzting | 32 | talk | V | Improving Ranging Accuracy and Calibration | I. Prochazka | ||
2011 | Koetzting | 33 | talk | V | P | ILRS Standardization of Hardware, Software, and Procedures | Randall L. Ricklefs | |
2011 | Koetzting | 34 | talk | V | P | Event Timer A033-ET: Curent State and Typical Performance Characteristics | Vedin Vadim | |
2011 | Koetzting | 35 | talk | V | P | Main Directions of Riga Event Timer Development and Current Results | Boole Eugene | |
2011 | Koetzting | 36 | talk | V | New technologies for sub-millimeter laser ranging | Ivan Prochazka | ||
2011 | Koetzting | 37 | talk | V | P | Statistical studies of the calibration of the Helwan-SLR | Makram Ibrahim | |
2011 | Koetzting | 38 | talk | V | P | Local Ties at the Geodetic Observatory Wettzell | Thomas Kluegel | |
2011 | Koetzting | 39 | talk | V | P | Ground survey at Space Geodesy site | Sten Bergstrand | |
2011 | Koetzting | 40 | talk | V | Recent Progress in Sagnac Interferometry | Robert Hurst | ||
2011 | Koetzting | 41 | talk | V | Introduction to the VLBI 2010 TWIN Telescopes | Gerhard Kronschnabl | ||
2011 | Koetzting | 42 | talk | V | Beam Divergence: Introduction, results of measurements | M. Davis | ||
2011 | Koetzting | 43 | talk | V | P | Tracking many GNSS targets: Introduction for GNSS problems | M. Wilkinson | |
2011 | Koetzting | 44 | talk | V | P | Measuring sub-mm range differences caused by polarization effect | Georg Kirchner | |
2011 | Koetzting | 45 | talk | V | P | The achievements of the dedicated Compass SLR system with 1m aperture telescope: GEO satellite daylight tracking and laser time transfer (LTT) | Zhang Zhongping | |
2011 | Koetzting | 46 | talk | V | P | Comparative verification of return rate on GNSS LRA | Shinichi Nakamura | |
2011 | Koetzting | 47 | talk | V | P | Improvements at NASA's NGSLR in support of GNSS ranging | Jan McGarry | |
2011 | Koetzting | 48 | talk | V | Direction of the Light Deviation Vector during Satellite Laser Ranging | Yuriy V. Ignatenko | ||
2011 | Koetzting | 49 | talk | V | P | Polarisation at SGF, Herstmonceux | Matthew Wilkinson | |
2011 | Koetzting | 50 | talk | V | Introduction: Retroreflector and its Array | Toshimichi Otsubo | ||
2011 | Koetzting | 51 | talk | V | P | Design of LRA for Compass GEO and IGSO satellites and observations | Chen Wanzhen | |
2011 | Koetzting | 52 | talk | V | GNSS array performance prediction using ZEMAX | Mark Davis | ||
2011 | Koetzting | 53 | talk | V | Considerations for the next GNSS Array | Scott Wetzel | ||
2011 | Koetzting | 54 | talk | V | ETRUSCO-2: an ASI-INFN Project of Development and SCF-Test of GNSS Retroreflector Arrays (GRA) for Galileo and the GPS-3 | S. Dell'Agnello | ||
2011 | Koetzting | 55 | talk | V | P | SCF-Test of the NASA-GSFC "LAGEOS Sector" and of a Hollow Retroreflector | A. Boni | |
2011 | Koetzting | 56 | talk | V | Far-field diffraction pattern analysis of cube corner reflectors | A.L.Sokolov | ||
2011 | Koetzting | 57 | talk | V | Single Open Reflector for MEO/GNSS Type Satellites. A Status Report | Reinhart Neubert | ||
2011 | Koetzting | 58 | talk | V | BLITS: The first autonomous zero-signature satellite in orbit | V.P. Vasiliev | ||
2011 | Koetzting | 59 | talk | V | Introduction: "Setting the Stage" | Ludwig Combrinck | ||
2011 | Koetzting | 60 | talk | V | The estimation of the SLR data by analysis centers and possibility of closely cooperation between stations and analysts | Stanislaw Schillak | ||
2011 | Koetzting | 61 | talk | V | New performance assessment for laser ranging stations | Toshimichi Otsubo | ||
2011 | Koetzting | 62 | talk | V | Measures of Network Performance | P. Dunn | ||
2011 | Koetzting | 63 | talk | V | A New ILRS Web Site: | M. Torrence | ||
2011 | Koetzting | 64 | talk | V | A Second Look at Engineering Data Files | K. Salminsh | ||
2011 | Koetzting | 65 | talk | V | Introduction to Two-Way Transponder Technique for Ranging and Time Transfer | J. Degnan | ||
2011 | Koetzting | 66 | talk | V | Introduction to One-Way Ranging Technique | E. Samain | ||
2011 | Koetzting | 67 | talk | V | P | The first ILRS transponder laser ranging mission: LR to NASA's Lunar Reconnaissance Orbiter (LRO) | J. McGarry | |
2011 | Koetzting | 68 | talk | V | P | Laser Ranging Experiment on Lunar Reconnaissance Orbiter: Timing Determination and Orbit Constraints | Dandan Mao | |
2011 | Koetzting | 69 | talk | V | Simulation of Two-Way Laser Transponder Links - The Wettzell Experience | U. Schreiber | ||
2011 | Koetzting | 70 | talk | V | GETEMME - An ESA Mission Proposal to Explore the Martian Satellites and the Fundamentals of Solar System Physics | J. Oberst et al. | ||
2011 | Koetzting | 71 | talk | V | The European Laser Timing Experiment (ELT) and Data Centre (ELT-DC) | A. Schlicht | ||
2011 | Koetzting | 72 | talk | V | Introduction: LLR -- Challenges and Achievements | J. Mueller | ||
2011 | Koetzting | 73 | talk | V | Simulation of optical response for next-generation single-reflector LLR targets | Toshimichi Otsubo | ||
2011 | Koetzting | 74 | talk | V | Recent progress at APOLLO | T. Murphy | ||
2011 | Koetzting | 75 | talk | V | Lunar Laser Ranging Retroreflector for the 21st Century | D.G. Currie | ||
2011 | Koetzting | 76 | talk | V | Ground Stations for the Next Generation Lunar Retroreflectors | D.G. Currie | ||
2011 | Koetzting | 77 | talk | V | P | Development of pulse detection IC for LIDAR on planetary lander | Takahide Mizuno | |
2011 | Koetzting | 78 | talk | V | Lunar Laser Ranging: Two Tools for assisting observers | Sebastian Bouquillon et al. | ||
2011 | Koetzting | 79 | talk | V | Introduction: What are stations doing and what should we be doing? | H. Donovan | ||
2011 | Koetzting | 80 | talk | V | Ranging Jason2 from Paris Observatory for Time transfer experiment in summer 2010, operations and security achievements | F. Pierron | ||
2011 | Koetzting | 81 | talk | V | Implementation of the LASER Traffic Control System at the Haleakala Observatories | D. O'Gara | ||
2011 | Koetzting | 82 | talk | V | Skyguide and Flarm - 2 in-sky-laser-safety systems used at Zimmerwald | Martin Ploner | ||
2011 | Koetzting | 83 | talk | V | WLRS: In-Sky-Laser-Safety | M. Ettl. J. Eckl | ||
2011 | Koetzting | 84 | talk | V | Air traffic patterns near SLR site Riga and In-Sky laser safety | K. Salminsh | ||
2011 | Koetzting | 85 | talk | V | Introduction: SLR Station Automation - Factors to Consider | Chris Moore | ||
2011 | Koetzting | 86 | talk | V | Automation and remote control as new challenges on the way to GGOS | Alexander Neidhardt | ||
2011 | Koetzting | 87 | talk | V | Automated Data Management of SLR Data and Products at the EUROLAS Data Center (EDC) | C. Schwatke | ||
2011 | Koetzting | 88 | talk | V | P | Controlling Laser Ranging with RTAI-based Real-Time Linux | Evan Hoffman | |
2011 | Koetzting | 89 | talk | V | P | SLR Automation for the New Space Geodesy Multi-Technique Sites | J. McGarry et al. | |
2011 | Koetzting | 90 | talk | V | SLR-2.0: An overview about the new SLR/LLR Control software from Wettzell | Martin Ettl | ||
2011 | Koetzting | 91 | talk | V | Nomination to the next ILRS Workshop and Introduction of JAPAN (NIPPON) | Hiroo Kunimori (NICT) | ||
2011 | Koetzting | 92 | talk | V | Workshop Resolutions | |||
2009 | Metsovo | 1 | talk | V | Opening remarks | Prof. (Emeritus) D. Balodimos | ||
2009 | Metsovo | 2 | talk | V | Opening lecture | Prof. (Emeritus) G. Veis | ||
2009 | Metsovo | 3 | talk | V | GPS | T. Springer | ||
2009 | Metsovo | 4 | talk | V | GLONASS (current/future) | V. Vasiliev | ||
2009 | Metsovo | 5 | talk | V | Galileo | T. Springer | ||
2009 | Metsovo | 6 | talk | V | COMPASS | X. Wang | ||
2009 | Metsovo | 7 | talk | V | QZSS | M. Sawabe | ||
2009 | Metsovo | 8 | talk | V | Status of SLR and the ILRS | M. Pearlman | ||
2009 | Metsovo | 9 | talk | V | Processing large volume GPS data via Bernese V4.2 software | C. Mitsakaki | ||
2009 | Metsovo | 10 | talk | V | Crustal Deformation from GPS measurements at the Ionian Sea: Preliminary Results | D. Anastasiou | ||
2009 | Metsovo | 11 | talk | V | Accurate Geoid Undulation Determination along a 120 km Long Railway Traverse in Central Greece: Preliminary Results and Validation | V. Gikas | ||
2009 | Metsovo | 12 | talk | V | The Eastern Mediterranean Altimeter Calibration Network – eMACnet | E. C. Pavlis | ||
2009 | Metsovo | 13 | talk | V | The ASI/CGS contribution to the ITRF maintenance: the ILRSA solution | C. Sciarretta | ||
2009 | Metsovo | 14 | talk | V | Contribution of Future SLR Networks to the Development of ITRF | E. C. Pavlis | ||
2009 | Metsovo | 15 | talk | V | The GPS-SLR bias: dynamics | attitude and current experiments | ||
2009 | Metsovo | 16 | talk | V | Apparent Geocenter Oscillations in GNSS Solutions Caused by the Ionospheric Effect of Second Order | K. Palamartchuk | ||
2009 | Metsovo | 17 | talk | V | Adaptive Likehood Estimator for Forecasting Ionospheric Component on Synthetic Aperture Radar Interferometry (InSAR) Technique | B. A. Massinas | ||
2009 | Metsovo | 18 | talk | V | A Tapped Delay Line Neural Network for Modeling Ionospheric Disturbances Behavior | A. Doulamis | ||
2009 | Metsovo | 19 | talk | V | Advanced Signal Processing Techiques for Inverse Synthetic Aperture Radar (ISAR) Imaging | A. Karakassiliotis | ||
2009 | Metsovo | 20 | talk | V | Summary of recent and current research on ISAR Signal Processing at the NTUA | Greece | ||
2009 | Metsovo | 21 | talk | V | A relation between actual and normal Ricci curvature of the equipotential surfaces of the Earth’s gravity field along GOCE track | G. Manoussakis and D. Paradissis | ||
2009 | Metsovo | 22 | talk | V | Deformation of the southern Aegean from continuous Global Positioning System measurements Kirill Palamartchouk (poster) | K. Palamartchouk | ||
2009 | Metsovo | 23 | talk | V | Hellenic Terrestrial Reference System 2007 (HTRS07): A regional realization of ETRS89 over Greece in support of HEPOS | K. Katsampalos | ||
2009 | Metsovo | 24 | talk | V | Scientific impact of SLR tracking on GNSS Constellations Position Paper | E. Pavlis | ||
2009 | Metsovo | 25 | talk | V | SLR Tracking of GNSS Constellations | E. Pavlis | ||
2009 | Metsovo | 26 | talk | V | What is the benefit of tracking GNSS satellites with SLR? | D. Thaller | ||
2009 | Metsovo | 27 | talk | V | An assessment of the value of SLR observations to GNSS | R. Govind | ||
2009 | Metsovo | 28 | talk | V | Collection and processing in TSNIMASH of GLONASS spacecraft ranging data obtained by Russian and global SLR network stations | V. D. Glotov | ||
2009 | Metsovo | 29 | talk | V | SLR Observations of COMPASS – G2 | Y. Fumin | ||
2009 | Metsovo | 30 | talk | V | ESOC SLR Activities | T. A. Springer | ||
2009 | Metsovo | 31 | talk | V | Two approaches to build time series of EOP from SLR data | F. Deleflie | ||
2009 | Metsovo | 32 | talk | V | Laser Ranging to GNSS & LPOD2005 | J. Ries | ||
2009 | Metsovo | 33 | talk | V | Operational issues Position Paper | G. Appleby | ||
2009 | Metsovo | 34 | talk | V | Scheduling lessons learned from Lunar Laser Ranging | R Ricklefs | ||
2009 | Metsovo | 35 | talk | V | Operational 'Best Practices' for the NASA laser systems | H Donovan | ||
2009 | Metsovo | 36 | talk | V | Possible strategy for laser tracking the future GPS constellation | S Wetzel | ||
2009 | Metsovo | 37 | talk | V | Potential Scheduling Applications to the Tracking of the GNSS Constellations | C Clarke | ||
2009 | Metsovo | 38 | talk | V | GOCE orbit predictions for SLR tracking | A. Jäggi | ||
2009 | Metsovo | 39 | talk | V | Towards 2kHz new SLR system in Metsähovi | K. Arsov | ||
2009 | Metsovo | 40 | talk | V | Routine kHz tracking at Changchun and Shanghai | Z Zhongping | ||
2009 | Metsovo | 41 | talk | V | Navigation of the RadioAstron Mission | R. M. Bebenin | ||
2009 | Metsovo | 42 | talk | V | Technology Challenges | M. Pearlman | ||
2009 | Metsovo | 43 | talk | V | Uncoated Cubes for GNSS Satellites | D. Arnold | ||
2009 | Metsovo | 44 | talk | V | Proposed Single Open Reflector for the GALILEO Mission | R. Neubert | ||
2009 | Metsovo | 45 | talk | V | Target signature effects on laser ranging accuracy for the GIOVE satellites | T. Otsubo | ||
2009 | Metsovo | 46 | talk | V | Relative signal strengths from SLR tracking of the different retroreflector targets onboard HEO satellites using the fullrate data set | M. Wilkinson | ||
2009 | Metsovo | 47 | talk | V | Creation of the new industry-standard space test of laser Retroreflectors for GNSS constellations | S. Dell’Agnello | ||
2009 | Metsovo | 48 | talk | V | Some conditions necessary to achieve submillimiter accuracy in SLR | M. A. Sadovnikov | ||
2009 | Metsovo | 49 | talk | V | HEO and Moon tracking at Grasse (MeO) | JM Torre | ||
2009 | Metsovo | 50 | talk | V | First T2L2 results and time transfers | P. Exertier | ||
2008 | Poznan | 1 | talk | V | P | Laser Ranging Contributions to Earth Rotation Studies | R. Gross | |
2008 | Poznan | 2 | talk | V | P | Geocenter Motion: Causes and Modeling Approaches | E. Pavlis | |
2008 | Poznan | 3 | talk | V | P | International Terrestrial Reference Frame - Latest Developments | H. Mueller | |
2008 | Poznan | 4 | talk | V | P | Status of ITRF Development and SLR contribution | Z. Altamimi | |
2008 | Poznan | 5 | talk | V | P | Determination of the SLR station coordinates and velocities on the basis of laser observations of low satellites | P. Lejba | |
2008 | Poznan | 6 | talk | V | P | Temporal variations of the Earth gravity field derived from SLR Data over a long period of time | F. Deleflie | |
2008 | Poznan | 7 | talk | V | P | A 33 Year Time History of the Earth Dynamic Oblateness changes from SLR data | M. Cheng | |
2008 | Poznan | 8 | talk | V | P | ICESat, GRACE, and Time Varying Gravity: SLR Contributions and Applications | S. Luthcke | |
2008 | Poznan | 9 | talk | V | P | Use of SLR Observations to improve Galileo GIOVE-B Orbit and Clock Determination | I. Hidalgo | |
2008 | Poznan | 10 | talk | V | P | Orbit Determination of LRO at the Moon | D. Smith | |
2008 | Poznan | 11 | talk | V | P | Comparison and Combination of SLR Solutions Including Gravity Field Coefficients and Range Biases | N. Panafidina | |
2008 | Poznan | 12 | talk | V | P | Measurment of Anomalous Angle of Deviation of Light During Satellite Laser Ranging | Y. Ignatenko | |
2008 | Poznan | 13 | talk | V | P | Overview of the Science Results from ICESat | B. Schutz | |
2008 | Poznan | 14 | talk | V | P | Planetary Laser Altimetry; Past and Present | D. Smith | |
2008 | Poznan | 15 | talk | V | P | Volatile Exchange on Mars | M. Zuber | |
2008 | Poznan | 16 | talk | V | P | Lunar Laser Ranging - A Science Tool for Geodesy and General Relativity | J. Mueller | |
2008 | Poznan | 17 | talk | V | P | Lunar Core and Mantle. What Does LLR See? | J.G. Williams | |
2008 | Poznan | 18 | talk | V | P | Status of the INFN Satellite/lunar laser ranging Characterization Facility (SCF) | S. Dell'Agnello | |
2008 | Poznan | 19 | talk | V | P | Confirming the Frame-Dragging Effect with Satellite Laser Ranging | J. Ries | |
2008 | Poznan | 20 | talk | V | P | Status of the LARES Experiment for Accurate Measurements of Earth Gravitomagnetism | I. Ciufolini | |
2008 | Poznan | 21 | talk | V | P | New accurate atmospheric correction of SLR observations | D. Wijaya | |
2008 | Poznan | 22 | talk | V | P | Evaluation of PPN parameter Gamma as a test of General Relativity using SLR data (POSTER) | L. Combrinck | |
2008 | Poznan | 23 | talk | V | P | Preparing the Bernese GPS Software for the analysis of SLR observations to geodetic satellites (POSTER) | D. Thaller | |
2008 | Poznan | 24 | talk | V | P | The methods of converting observation data of SLR between two nearby stations | V. Pap | |
2008 | Poznan | 25 | talk | V | P | Estimation of the elastic Earth parameters k2 and k3 from the SLR technique | M. Rutkowska | |
2008 | Poznan | 26 | talk | V | P | The Contribution of Laser Ranging to the Global Geodetic Observing System | R. Gross | |
2008 | Poznan | 27 | talk | V | P | Quality Assessment of the ILRS EOP 'DAILY' Product | C. Sciarretta | |
2008 | Poznan | 28 | talk | V | P | ESOC IGS, IDS, and ILRS (Re-) Processing | T. Springer | |
2008 | Poznan | 29 | talk | V | P | The comparison of the station coordinates between SLR and GPS | S. Schillak | |
2008 | Poznan | 30 | talk | V | P | SLR and the Next Generation Global Geodetic Networks | E. Pavlis | |
2008 | Poznan | 31 | talk | V | P | SLR, GNSS, VLBI, and DORIS Networks: ILRS+IGS+IVS+IDS | C. Noll | |
2008 | Poznan | 32 | talk | V | P | The Virtual Observatory in Geodesy and Earth's Sciences: The French activities | F. Deleflie | |
2008 | Poznan | 33 | talk | V | P | Multi-Satellite Daily Bias Report: How to Read and Handle it | T. Otsubo | |
2008 | Poznan | 34 | talk | V | P | Assessment of SLR observation performance using LAGEOS data | G. Zhao | |
2008 | Poznan | 35 | talk | V | P | Attempts to separate apparent observational range bias from true geodetic signals | G. Appleby | |
2008 | Poznan | 36 | talk | V | P | Sub-centimeter SLR precision with the SLRF2005/LPOD2005 network | N. Zelensky | |
2008 | Poznan | 37 | talk | V | P | NGSLR Performance in High and Low Energy Operation | P. Dunn | |
2008 | Poznan | 38 | talk | V | P | Development of quality control tools for the MLRO | G. Bianco | |
2008 | Poznan | 39 | talk | V | P | Challenges of the TerraSAR-X/TanDEM-X formation (MOVIE) | K. Snopek | |
2008 | Poznan | 40 | talk | V | P | Improved Modeling Approaches Towards the mm SLR | E. Pavlis | |
2008 | Poznan | 41 | talk | V | P | ITRF datum and ILRS network geometry | V. Luceri | |
2008 | Poznan | 42 | talk | V | P | Assessing Tracking Performance of High Satellites at Mt Stromlo SLR Station | C. Moore | |
2008 | Poznan | 43 | talk | V | P | Millimeter Laser Ranging to the Moon: a comprehensive theoretical model for advanced data analysis | S. Kopeikin | |
2008 | Poznan | 44 | talk | V | P | APOLLO: One-millimeter Lunar Laser Ranging | T.W. Murphy | |
2008 | Poznan | 45 | talk | V | P | Earth Orientation Parameters from Lunar Laser Ranging | L. Biskupek | |
2008 | Poznan | 46 | talk | V | P | Status of the LLRRA21/MoonLIGHT NASA LSSO project | D.G. Currie | |
2008 | Poznan | 47 | talk | V | P | Laser Ranging to the Lunar Reconnaissance Orbiter: a Global Network Effort | J. McGarry | |
2008 | Poznan | 48 | talk | V | P | Pre-Launch Testing of NGSLR Ranging to LRO | A. Mallama | |
2008 | Poznan | 49 | talk | V | P | LR-LRO Data Flow and Scheduling Operations | C. Clarke | |
2008 | Poznan | 50 | talk | V | P | LRO Operations at the MLRS | J. Wiant | |
2008 | Poznan | 51 | talk | V | P | One-Way Ranging to the Planets | M.. Zuber | |
2008 | Poznan | 52 | talk | V | P | The contribution of LLR data to the estimation of the celestial pole coordinates (POSTER) | W. Zerhouni | |
2008 | Poznan | 53 | talk | V | P | Analysis and prediction of altimetric sea level variations during ENSO, and normal conditions | T. Niedzielski | |
2008 | Poznan | 54 | talk | V | P | NASA NGSLR Precise (~ 1 ns) Transmit Epoch Timing to On-Station Time | T. Varghese | |
2008 | Poznan | 55 | talk | V | P | Development of Any Frequency Fire Rate SLR Control System | C. Fan | |
2008 | Poznan | 56 | talk | V | P | The Experiment of kHz Laser Ranging with Nanosecond Pulsesat Shanghai SLR | Z. Zhang | |
2008 | Poznan | 57 | talk | V | P | NGSLR: Sharing Eye-safe Kilohertz SLR with Transponder Ranging | J. McGarry | |
2008 | Poznan | 58 | talk | V | P | Transmitter Point-Ahead using Dual Risley Prisms: Theory and Experiment | J. Degnan | |
2008 | Poznan | 59 | talk | V | P | Impact of Receiver Deadtime on Photon-Counting SLR and Altimetry during Daylight Operations | J. Degnan | |
2008 | Poznan | 60 | talk | V | P | High speed Pockels cell shutter and the Herstmonceux MCP-PMT detector (MOVIES (AVI|WMV) | M. Wilkinson | |
2008 | Poznan | 61 | talk | V | P | The New 100-Hz Laser System in Zimmerwald: Concept, installation and first experiences | W. Gurtner | |
2008 | Poznan | 62 | talk | V | P | D. Kucharski, G. Kirchner, F. Koidl, | ||
2008 | Poznan | 63 | talk | V | P | kHz Single-Photon Ranging: A Precise Tool to Retrieve Optical Response of Satellites | T. Otsubo | |
2008 | Poznan | 64 | talk | V | P | Millimeter Accuracy from Centimeter Targets | G. Kirchner | |
2008 | Poznan | 65 | talk | V | P | Graz kHz SLR LIDAR: First Results | G. Kirchner | |
2008 | Poznan | 66 | talk | V | P | Medium Resolution Event Timer and Range Gate Generator in Graz FPGA Card | F. Iqbal | |
2008 | Poznan | 67 | talk | V | P | Development of the Electronic Circuit in High Frequency SLR Based on FPGA | C. Chen | |
2008 | Poznan | 68 | talk | V | P | Minimization of systematic errors in satellite laser ranging with high pulse repetition rate | M.A. Sadovnikov | |
2008 | Poznan | 69 | talk | V | P | Advances of High-precision Riga Event Timers | Y. Artyukh | |
2008 | Poznan | 70 | talk | V | P | Advances of multi kHz repetition rate picosecond laser system for satellite laser ranging | H. Huber | |
2008 | Poznan | 71 | talk | V | P | Compact Event Timing and Laser Fire Control Device for One Way Laser Ranging | J. Kodet | |
2008 | Poznan | 72 | talk | V | P | Photon counting detectors for future laser time transfer missions | I. Prochazka | |
2008 | Poznan | 73 | talk | V | P | Potentialities of common-used TDC chips for high-speed event timer design | E. Boole | |
2008 | Poznan | 74 | talk | V | P | Progress in sub-picosecond timing system development | I. Prochazka | |
2008 | Poznan | 75 | talk | V | P | Fast Switching Pockels Cell Driver for SLR Laser System | J. Koelbl | |
2008 | Poznan | 76 | talk | V | P | Narrow-band holographic filters for SLR | V.L. Moshkov | |
2008 | Poznan | 77 | talk | V | P | Saturable Absorber Laser Upgrade | T. Oldham | |
2008 | Poznan | 78 | talk | V | P | Applications of Riga Event Timer at Shanghai SLR (POSTER) | Z. Zhang | |
2008 | Poznan | 79 | talk | V | P | Automation - Recent Progress at Mt Stromlo SLR Station | C. Moore | |
2008 | Poznan | 80 | talk | V | P | New ideas in control software for LR-systems with remote assessable, autonomous process cells | A. Neidhardt | |
2008 | Poznan | 81 | talk | V | P | SLR Data Atomatic Preprocessing | J. Ding | |
2008 | Poznan | 82 | talk | V | P | SLR station Riga software upgrade | K. Salminsh | |
2008 | Poznan | 83 | talk | V | P | On the Generation of SLR Output Files at Mt Stromlo | C. Moore | |
2008 | Poznan | 84 | talk | V | P | Implementing the new ILRS CRD data format | M. Kuzmicz-Cieslak | |
2008 | Poznan | 85 | talk | V | P | The new pointing model of telescope based on tracking data | M. Medvedsky | |
2008 | Poznan | 86 | talk | V | P | Upgrading Plan of the Chinese SLR Network | Y. Fumin | |
2008 | Poznan | 87 | talk | V | P | Status and Progress of ARGO | J.-U. Park | |
2008 | Poznan | 88 | talk | V | P | The Requirements for ARGO Operation System | Y.-K. Seo | |
2008 | Poznan | 89 | talk | V | P | MEO : The New French Lunar Laser Ranging Station | E. Samain | |
2008 | Poznan | 90 | talk | V | P | The upgrading of the Borowiec SLR station | S. Schillak | |
2008 | Poznan | 91 | talk | V | P | Herstmonceux - towards kHz ranging and multi-technique status (MOVIE) | P. Gibbs | |
2008 | Poznan | 92 | talk | V | P | Ftlrs : Past and currents missions, upgrade for future | M. Pierron | |
2008 | Poznan | 93 | talk | V | P | Ukrainian SLR network | O. Bolotina | |
2008 | Poznan | 94 | talk | V | P | About Current Status of Katzively SLR Station | A. Makeyev | |
2008 | Poznan | 95 | talk | V | P | Progress of Changchun SLR | Y. Zhao | |
2008 | Poznan | 96 | talk | V | P | First SLR Operation in Korea using TROS, Chinese Transportable Ranging Observation System | H.-C. Lim | |
2008 | Poznan | 97 | talk | V | P | Actuality and futurity of San Juan 7406 SLR Station | W. Liu | |
2008 | Poznan | 98 | talk | V | P | Field maintanence of the SLR telescope at TIGO | B. Sierk | |
2008 | Poznan | 99 | talk | V | P | An overview of ESA's upcoming missions equipped with SLR | M. Otten | |
2008 | Poznan | 100 | talk | V | P | Applications of the Precision Expandable Radar Calibration Target (PERCS) (MOVIES CCRV60|V60 Quad|V60 Sphere) | P. Bernhardt | |
2008 | Poznan | 101 | talk | V | P | SLR Return Analysis for SOHLA-1 | T. Inoue | |
2008 | Poznan | 102 | talk | V | P | SLR Return Analysis for Astro-G | T. Inoue | |
2008 | Poznan | 103 | talk | V | P | Satellite Laser Ranging Tracking through the Years | C. Noll | |
2008 | Poznan | 104 | talk | V | P | ILRS Web Site Update | C. Noll | |
2008 | Poznan | 105 | talk | V | P | ANDE Concept | L. Thomas | |
2008 | Poznan | 106 | talk | V | P | Considerations for an Optical Link for the ACES Mission | U. Schreiber | |
2008 | Poznan | 107 | talk | V | P | Aircraft Avoidance Technologies | T.W. Murphy | |
2008 | Poznan | 108 | talk | V | P | Implementing the Consolidated laser Ranging Data (CRD) Format throughout the ILRS Network | R. Ricklefs | |
2008 | Poznan | 109 | talk | V | P | Moblas 8 Return to Operations | S. Wetzel | |
2008 | Poznan | 110 | talk | V | P | Signal Strength Measurements and Retroreflector Array Design | D. Arnold | |
2008 | Poznan | 111 | talk | V | P | Effects of Ranging in Circular Polarization | J. Luck | |
2008 | Poznan | 112 | talk | V | P | Laser Retro-reflector Arrays on the Compass Satellites | W. Chen | |
2008 | Poznan | 113 | talk | V | P | Laser Retroreflector Array Development for STSAT-2 (MOVIE) | S.-H. Lee | |
2008 | Poznan | 114 | talk | V | P | Optical Response Simulation for ASTRO-G Laser Reflector Array | T. Otsubo | |
2008 | Poznan | 115 | talk | V | P | SLR Coverage Analysis for STSAT-2 (POSTER) | K. Kim | |
2008 | Poznan | 116 | talk | V | P | Engineering process of SLR for LEO orbiters | M.Abele | |
2008 | Poznan | 117 | talk | V | P | BepiColombo Laser Altimeter Simulator | M. Hiener | |
2008 | Poznan | 118 | talk | V | P | Globally contiguous, high resolution topographic mapping of planets and moons via photon-counting | J. Degnan | |
2008 | Poznan | 119 | talk | V | P | Laser Altimetry and Transponder Ground Based Simulation Experiment | K. Schreiber | |
2008 | Poznan | 120 | talk | V | P | Mars Laser Ranging: Science and Design | T.W. Murphy | |
2008 | Poznan | 121 | talk | V | P | Time Transfer by Laser Link - T2L2: First data | E. Samain | |
2008 | Poznan | 122 | talk | V | P | Preliminary Results of the Laser Time Transfer (LTT) Experiment | Y. Fumin | |
2008 | Poznan | 123 | talk | V | P | Preliminary Results of Laser Ranging to Un-cooperative Targets at Shanghai SLR | Y. Fumin | |
2008 | Poznan | 124 | talk | V | P | One Way System Calibration Techniques | T. Shoobridge | |
2008 | Poznan | 125 | talk | V | P | State of the SLR in Russia | V.B. Burmistrov | |
2008 | Poznan | 126 | talk | V | P | New achievements in the simulator of photon counting planetary altimeter (POSTER) | J. Blazej | |
2008 | Poznan | 127 | talk | V | Tour of Lake Kolyvan/Altay Russia | V. Burmistrov | ||
2008 | Poznan | 128 | talk | V | Workshop Resolutions | |||
2007 | Grasse | 1.0 | talk | A | V | Scientific challenges for next decade - Review Paper | F. Barlier | |
2007 | Grasse | 1.1 | talk | A | V | Time Series Analysis of ILRS SLR Weekly Solutions | Z. Altamimi | |
2007 | Grasse | 1.2 | talk | A | V | INPOP: Adjustments to LLR data | H. Manche | |
2007 | Grasse | 1.3 | talk | A | V | Designing a Global Geodetic Network to Support GGOS | E. Pavlis | |
2007 | Grasse | 1.4 | talk | A | V | The MICROSCOPE mission : test of the equivalence principle in space | S. Léon-Hirtz | |
2007 | Grasse | 2.1 | talk | A | V | The temporary ILRS reference frame: SLR2005 | V. Luceri | |
2007 | Grasse | 2.2 | talk | A | V | The site range biases of the worldwide SLR network | V. Luceri | |
2007 | Grasse | 2.3 | talk | A | V | About one way to the exception of the systematic measurements errors in the processing of the biases SLR data | V. Glotov | |
2007 | Grasse | 2.4 | talk | A | V | Evaluating the effect of atmospheric gravity and annual gravity field variation on Lageos orbits | R. Govind | |
2007 | Grasse | 2.5 | talk | A | V | The Potential of Starlette and Ajisai for Station Positioning | H. Mueller | |
2007 | Grasse | 3.1 | talk | A | V | Station and AC collaboration : setting the stage | W. Gurtner | |
2007 | Grasse | 3.2 | talk | V | Rapid data quality assessment | T. Otsubo | ||
2007 | Grasse | 3.3.1 | talk | A | V | Quality control of ILRS data and products | E. Pavlis | |
2007 | Grasse | 3.4 | talk | A | V | Quality Assessment of SLR Observations | P. Dunn | |
2007 | Grasse | 3.5 | talk | A | V | The ILRS web site as a collaboration tool | M. Torrence | |
2007 | Grasse | 3.6 | talk | A | V | Cooperation between Stations and Analysts, Status and Future | H. Mueller | |
2007 | Grasse | 3.7 | talk | A | V | Working together: the MLRO experience | G. Bianco | |
2007 | Grasse | 4.0 | talk | A | V | Technology review paper | J.Degnan | |
2007 | Grasse | 4.1 | talk | A | V | An Update on Laser Ranging to LRO | J. McGarry | |
2007 | Grasse | 4.2 | talk | A | V | Recent Progress in Photon-counting 3D Imaging Lidars | J. Degnan | |
2007 | Grasse | 4.3 | talk | A | V | Future Applications of Laser Ranging in Space Missions: An Overview | P. Vrancken | |
2007 | Grasse | 4.4 | talk | A | V | Altimetry and Transponder Ground Simulation Experiment | U. Schreiber | |
2007 | Grasse | 5.1 | talk | A | V | Automation: Prerequisites | W. Gurtner | |
2007 | Grasse | 5.2 | talk | A | V | Automated tracking at NGSLR (SLR2000) - nearing the final goal | J. McGarry | |
2007 | Grasse | 5.3 | talk | A | V | Re-implementation of automation at Mt Stromlo - a progress report | C. Moore | |
2007 | Grasse | 5.4 | talk | A | V | Track finding at the Herstmonceux Space Geodesy Facility | M. Wilkinson | |
2007 | Grasse | 5.5 | talk | A | V | Mount mapping - R | Ricklefs | |
2007 | Grasse | 6.1 | talk | A | V | Progress with understanding counter non-linearity effects | P. Gibbs | |
2007 | Grasse | 6.2 | talk | A | V | Grasse Stanford chronometer modeling: Laboratory tests and correction to apply on fixed SLR system and FTLRS before 2004 year | M. Pierron | |
2007 | Grasse | 6.3 | talk | A | V | Riga event timers: principles of operation and performance characteristics | Y. Artyukh | |
2007 | Grasse | 6.4 | talk | A | V | The characterization of the Riga Event Timer A032-ET | E. Boole | |
2007 | Grasse | 6.5 | talk | A | V | OCA Event Timer | E. Samain | |
2007 | Grasse | 6.6 | talk | A | V | Sub-picosecond event timing - New techniques and first results | P. Panek | |
2007 | Grasse | 6.7 | talk | A | V | The SOS-W Calibration Scheme | S. Riepl | |
2007 | Grasse | 6.8 | talk | A | V | Satellite Center of Mass Correction | E. Pavlis | |
2007 | Grasse | 7.1 | talk | A | V | Advantages, Experiences, Additional Possibilities | G. Kirchner | |
2007 | Grasse | 7.2 | talk | A | V | Experience with kHz SLR at Herstmonceux | M. Wilkinson | |
2007 | Grasse | 7.3 | talk | A | V | Robust pre-processing of kHz rate laser observations | G. Appleby | |
2007 | Grasse | 7.4 | talk | A | V | Characteristics of an eye-safe Kilohertz instrument | P. Dunn | |
2007 | Grasse | 7.5 | talk | A | V | KHz Data Capture, Visualisation, Processing And Storage With Standard Computer and Standard OS | C. Selke | |
2007 | Grasse | 7.6 | talk | A | V | kHz Ranging Engine | J. Guilfoyle | |
2007 | Grasse | 7.7 | talk | A | V | Hektohertz Upgrade at TIGO SLR | S. Riepl | |
2007 | Grasse | 7.8 | talk | A | V | Status of the SOS-W | S. Riepl | |
2007 | Grasse | 7.9 | talk | A | V | hHz in Zimmerwald | W. Gurtner | |
2007 | Grasse | 7.10 | talk | A | V | Atmospheric seeing studies based on kHz mm SLR in Graz | L. Kral | |
2007 | Grasse | 7.11 | talk | A | V | Satellites' spin parameters determination from kHz SLR data | G. Kirchner | |
2007 | Grasse | 8.1 | talk | A | V | T2L2 - Time Transfer by Laser Link - Current status | E. Samain | |
2007 | Grasse | 8.2 | talk | A | V | Situation of the LTT experiment | Yang, F. | |
2007 | Grasse | 8.3 | talk | A | V | The T2L2 Flight Model Calibration and Performance Determination Campaign | P. Vrancken | |
2007 | Grasse | 8.4 | talk | A | V | Relativistic analysis of an Earth-satellite time transfer | O. Minazzoli | |
2007 | Grasse | 9.1 | talk | A | V | The upgrading of the Borowiec SLR station in 2006/2007 | S. Schillak | |
2007 | Grasse | 9.2 | talk | A | V | Aiming towards compact versatile ranging lidars | G. Martinot-Lagarde | |
2007 | Grasse | 9.3 | talk | A | GPS Timing Receivers Comparison at the SLR in Helwan (Poster) | I. Prochazka | ||
2007 | Grasse | 9.4 | talk | A | V | Progress in laser systems for precision ranging, angle measurements, photometry, and data transfer | V. Vasiliev | |
2007 | Grasse | 9.5 | talk | A | V | Conceptual design of LLR for South Africa | L. Combrinck | |
2007 | Grasse | 10.1 | talk | A | V | The LRA on Compass M1 and Laser Ranging Experiment | Yang, F. | |
2007 | Grasse | 10.2 | talk | A | V | Preliminary Design of Retroreflector Array for ASTRO-G in Highly Elliptic Orbit | T. Otsubo | |
2007 | Grasse | 10.3 | talk | A | V | A hollow corner cube design for the GPS III laser retro-reflector arrays | J. McGarry | |
2007 | Grasse | 10.4 | talk | A | V | ETS-8 and its Laser Reflector Array | S. Nakamura | |
2007 | Grasse | 10.5 | talk | A | V | Geostationary SLR at MOBLAS5 - The ETS-VIII experience | R. Carman | |
2007 | Grasse | 10.6 | talk | A | V | Cross Section of the ETS-VIII Retroreflector Array | D. Arnold | |
2007 | Grasse | 10.7 | talk | A | V | Integrated Thermal and Optical Tests of LRAs at the LNF SCF | S. Dell'Agnello | |
2007 | Grasse | 10.8 | talk | A | V | Herstmonceux Energy tests | G. Appleby | |
2007 | Grasse | 10.9 | talk | V | Circular Polarization Experiment | J. Luck | ||
2007 | Grasse | 11.1 | talk | A | V | A Summary of Format Activities | R. Ricklefs | |
2007 | Grasse | 11.2 | talk | A | V | CPF Prediction Errors | W. Gurtner | |
2007 | Grasse | 11.3 | talk | A | V | CPF implementation status in the SLR station Riga | K. Salminsh | |
2007 | Grasse | 11.4 | talk | A | V | LRO predictions | C. Clarke | |
2007 | Grasse | 11.5 | talk | A | V | A new approach to the generation of output files at Mt Stromlo SLR station | C. Moore | |
2007 | Grasse | 11.6 | talk | A | V | MLRS CRD Pilot Implementation | R. Ricklefs | |
2007 | Grasse | 11.7 | talk | A | V | First experience with the new CRD ILRS NP data format | E.Pavlis | |
2006 | Canberra | 1 | talk | V | P | Calibrating GNSS orbts with SLR tracking data (Invited) | C Urschl | |
2006 | Canberra | 2 | talk | V | P | GIOVE-A and GPS-35 satellite orbits: analysis of dynamical properties based on SLR-only tracking data | F Deleflie | |
2006 | Canberra | 3 | talk | V | P | Orbit Determination and Analysis for GIOVE-A using Satellite Laser Ranging Data | R Govind | |
2006 | Canberra | 4 | talk | V | P | Orbit Determination for GIOVE-A using SLR tracking data | C Urschl | |
2006 | Canberra | 5 | talk | V | P | Satellite Laser Ranging in the National (Australian) Collaborative Research Infrastructure Proposal for Geospatial R&D (Invited) | K Lambeck | |
2006 | Canberra | 6 | talk | V | P | Time-variable gravity from SLR and DORIS tracking (Invited) | F Lemoine | |
2006 | Canberra | 7 | talk | V | P | Global Glacial Isostatic Adjustment: Target Fields for Space Geodesy (Invited) | W Peltier | |
2006 | Canberra | 8 | talk | V | P | Recent Results from SLR Experiments in Fundamental Physics | E Pavlis | |
2006 | Canberra | 9 | talk | V | P | A web service to compare geodetic time series | F Delefilie | |
2006 | Canberra | 10 | talk | V | P | Least-square mean effect: application to the analysis of SLR time series | D Coulot | |
2006 | Canberra | 11 | talk | V | P | Some Aspects Concerning the SLR Part of ITRF2005 | H Mueller | |
2006 | Canberra | 12 | talk | V | P | Determination of the Temporal variations of the Earth's Centre of Mass from Multi-Year Satellite Laser Ranging Data | R Govind | |
2006 | Canberra | 13 | talk | V | P | Contribution of Satellite & Lunar Laser Ranging to Earth Orientation monitoring | D Gambis | |
2006 | Canberra | 14 | talk | V | P | Station Positioning and the ITRF (Invited) | Z Altamimi | |
2006 | Canberra | 15 | talk | V | P | Station Coordinates, Earth Rotation Parameters and Low Degree Harmonics from SLR within GGOS-D | R Koenig | |
2006 | Canberra | 16 | talk | V | P | An original approach to compute Satellite Laser Ranging biases (Poster) | D Coulot | |
2006 | Canberra | 17 | talk | V | P | Analysis of 13 Years (1993-2005) of Satellite Laser Ranging data on the two LAGEOS satellites for Terrestrial Reference Frames and Earth Orientation Parameters (Poster) | D Coulot | |
2006 | Canberra | 18 | talk | V | P | The SLR network from a QC perspective | R Noomen | |
2006 | Canberra | 19 | talk | V | P | The ILRS Standard Products: a quality assessment | G Bianco | |
2006 | Canberra | 20 | talk | V | P | Systematic range bias 2005-06 | T Otsubo | |
2006 | Canberra | 21 | talk | V | P | A reassessment of laser ranging accuracy at SGF Herstmonceux, UK | P Gibbs | |
2006 | Canberra | 22 | talk | V | P | The Global SLR Network and the origin and scale of the TRF in the GGOS era | E Pavlis | |
2006 | Canberra | 23 | talk | V | P | FTLRS Ajaccio campaigns: operations and positioning analysis over 2002 and 2005 campaigns | F Pierron | |
2006 | Canberra | 24 | talk | V | P | SLR-based evaluation and validation studies of candidate ITRF2005 products | E Pavlis | |
2006 | Canberra | 25 | talk | V | P | An Optimised Global SLR Network for Terrestrial Reference Frame Definition | R Govind | |
2006 | Canberra | 26 | talk | V | P | Performance of Southern Hemisphere Stations | J Luck | |
2006 | Canberra | 27 | talk | V | P | Response of the network to new satellites | P Shelus | |
2006 | Canberra | 28 | talk | V | P | Assessment of SLR Network Performance: | M Torrence | |
2006 | Canberra | 29 | poster | V | P | Archiving and Infrastructure Support at the ILRS Data Centers (Poster) | C Noll | |
2006 | Canberra | 30 | poster | V | P | MINICO Calibration Paper (Poster) | J Luck | |
2006 | Canberra | 31 | poster | V | P | A Summary of Observations of GIOVE-A, taken from Mt Stromlo SLR Station (Poster) | C Moore | |
2006 | Canberra | 32 | talk | V | P | Photon Counting Module for Laser Time Transfer Space Project | I Prochazka | |
2006 | Canberra | 33 | talk | V | P | Picosecond lasers with Raman frequency and pulsewidth conversion for range finding | N Andreev | |
2006 | Canberra | 34 | talk | V | P | Advanced Solid State Laser System for Space Tracking | Y Gao | |
2006 | Canberra | 35 | talk | V | P | Second-Generation, Scanning, 3D Imaging Lidars Based on Photon-Counting | J Degnan | |
2006 | Canberra | 36 | talk | V | P | The BELA - The first European Planetary Laser Altimeter: Conceptional Design and Technical Studies | H Michaelis | |
2006 | Canberra | 37 | talk | V | P | Timing System for the Laser Altimeter for Planetary Exploration Technology Demonstrator | P Jirousek | |
2006 | Canberra | 38 | talk | V | P | Portable Pico Event Timer and SLR Control (P-PET-C) System | K Hamal | |
2006 | Canberra | 39 | talk | V | P | Some Early Results of Kilohertz Laser Ranging at Herstmonceux | P Gibbs | |
2006 | Canberra | 40 | talk | V | P | Performance of Liquid Crystal Optical Gate for Suppressing Laser Backscatter in Monostatic Kilohertz SLR System | J Degnan | |
2006 | Canberra | 41 | talk | V | P | SLR2000: The path toward completion | J McGarry | |
2006 | Canberra | 42 | talk | V | P | Determination of AJISAI spin parameters using Graz kHz SLR data | G Kirchner | |
2006 | Canberra | 43 | talk | V | P | New Methods to Determine Gravity Probe-B Spin Parameters using Graz kHz SLR Data | G Kirchner | |
2006 | Canberra | 44 | talk | V | P | LAGEOS-1 spin determination, using comparisons between Graz kHz SLR data and simulations | D Kucharski | |
2006 | Canberra | 45 | talk | V | P | Measuring Atmospheric Seeing with KHz SLR | G Kirchner | |
2006 | Canberra | 46 | talk | V | P | A032-ET Experimental Test on Changchun SLR | X Dong | |
2006 | Canberra | 47 | talk | V | P | Event Timing System for Riga SLR Station | Y Artyukh | |
2006 | Canberra | 48 | talk | V | P | Instrumentation for Creating KHz SLR Timing Systems | Y Artyukh | |
2006 | Canberra | 49 | talk | V | P | OCA Event Timer | E Samain | |
2006 | Canberra | 50 | talk | V | P | The Model A032-ET of Riga Event Timers | V Bespalko | |
2006 | Canberra | 51 | talk | V | P | Upgrading of Integration of Time to Digit Converter on a Single FPGA | Y Zhang | |
2006 | Canberra | 52 | talk | V | P | High-Speed Enhancement to HTSI Event Timer Systems | D McClure | |
2006 | Canberra | 53 | talk | V | P | Low-Noise Frequency Synthesis for High Accuracy Picosecond Satellite Laser Ranging Timing Systems | J. Kolbl | |
2006 | Canberra | 54 | talk | V | P | Analysis of Multi-Wavelength SLR Tracking Data Using Precise Orbits | H Mueller | |
2006 | Canberra | 55 | talk | V | P | Improvement of Current Refraction Modeling in Satellite Laser Ranging (SLR) by Ray Tracing through Meterological Data | G Hulley | |
2006 | Canberra | 56 | talk | V | P | Two-color calibration of the Zimmerwald SLR System | W Gurtner | |
2006 | Canberra | 57 | poster | V | P | Multi Color Satellite Laser Ranging at Czech Technical University (Poster) | K Hamal | |
2006 | Canberra | 58 | talk | V | P | Grasse laser stations in evolutions to future and technological developments | F Pierron | |
2006 | Canberra | 59 | talk | V | P | New Russian Systems for SLR, Angular Measurements, and Photometry | V Burmistrov | |
2006 | Canberra | 60 | talk | V | P | TLRS-3 Return to Operations | H Donovan | |
2006 | Canberra | 61 | talk | V | P | Korean Plans for SLR System Development | H Lim | |
2006 | Canberra | 62 | talk | V | P | Study on Servo-Control System of Astronomical Telescopes | Z Li | |
2006 | Canberra | 63 | talk | V | P | Russian Laser Tracking Network | V Burmistrov | |
2006 | Canberra | 64 | talk | V | P | TLRS-4 Deployment to Maui, Hawaii | H Donovan | |
2006 | Canberra | 65 | talk | V | P | A New SLR System of NAOC Running in San Juan of Argentina | Y Han | |
2006 | Canberra | 66 | talk | V | P | System Improvement and GIOVE-A Observation of Changchun SLR | Y Zhao | |
2006 | Canberra | 67 | talk | V | P | Progress on Laser Time Transfer Project | Y Fumin | |
2006 | Canberra | 68 | talk | V | P | T2L2 | E Samain | |
2006 | Canberra | 69 | talk | V | P | New application of kHz laser ranging: time transfer via Ajisai | T Otsubo | |
2006 | Canberra | 70 | talk | V | P | Satellite Tracking Demonstration on Ground Using 100mm Aperture Optical Antenna for Space Laser Communication | H Kunimori | |
2006 | Canberra | 71 | talk | V | P | The NASA Satellite Laser Ranging Network: Current Status and Future Plans | D Carter | |
2006 | Canberra | 72 | talk | V | P | Possibility of laser ranging support for the next-generation space VLBI mission, ASTRO-G | T Otsubo | |
2006 | Canberra | 73 | talk | V | P | Electron Multiplying CCD Camera Performance Tests (Poster) | D Lewova | |
2006 | Canberra | 74 | poster | V | P | LIDAR experiments at the Space Geodesy Facility, Herstmonceux, UK (Poster) | G Appleby | |
2006 | Canberra | 75 | poster | V | P | Possibility of the Near Earth Objects Distance Measurement with Laser Ranging Device (Poster) | M Abele | |
2006 | Canberra | 76 | talk | V | P | Laser Ranging at Interplanetary Distances | G Neumann | |
2006 | Canberra | 77 | talk | V | P | Simulating Interplanetary Transponder and Laser Communications Experiments via Dual Station Ranging to SLR Satellites | J Degnan | |
2006 | Canberra | 78 | talk | V | P | Laser Ranging at Planetary Distances from SLR2000 | J McGarry | |
2006 | Canberra | 79 | talk | V | P | Laser Ranging to the Lunar Reconnaissance Orbiter (LRO) | D Smith | |
2006 | Canberra | 80 | talk | V | P | Experimental Laser Ranging System for Space Debris at Shanghai | Y Fumin | |
2006 | Canberra | 81 | talk | V | P | Simultaneous Optical and Laser Space Objects Tracking | M Nemec | |
2006 | Canberra | 82 | talk | V | P | A Comparison of Performance Statistics for Manual and Automated Operations at Mt. Stromlo | C Moore | |
2006 | Canberra | 83 | talk | V | P | EOS Software Systems for Satellite Laser Ranging and General Astronomical Observatory Applications | M Pearson | |
2006 | Canberra | 84 | talk | V | P | Integrated Upgrades of Control System for TROS | L Xin | |
2006 | Canberra | 85 | talk | V | P | CCD and SLR dual-use of the Zimmerwald tracking system | W Gurtner | |
2006 | Canberra | 86 | talk | V | P | Adaptation of a Commercial Beam Expander for Automated Transmitter Beam Size and Divergence Control in the SLR-2000 System | J Degnan | |
2006 | Canberra | 87 | talk | V | P | Obtaining the High-resolution Epoch with the FPGA Technology | Q Li | |
2006 | Canberra | 88 | talk | V | P | New FTLRS software tools for tuning observations schedule and remote control | M Pierron | |
2006 | Canberra | 89 | talk | V | P | Recursive Filter Algorithm for Noise Reduction in SLR | M Heiner | |
2006 | Canberra | 90 | talk | V | P | The Impact and Resolution of Collision Bands on Tracking Targets at Various Ranges | C Moore | |
2006 | Canberra | 91 | talk | V | P | Web Application for the Engineering Data Files Processing | K Salminsh | |
2006 | Canberra | 92 | talk | V | P | Consolidated Laser Prediction and Data Formats: Supporting New Technology | R Ricklefs | |
2006 | Canberra | 93 | talk | V | P | T Murphy, APOLLO springs to life: one-millimeter LLR | ||
2006 | Canberra | 94 | talk | V | P | Retroreflector studies | D Arnold | |
2006 | Canberra | 95 | talk | V | P | The INFN-LNF Space Climatic Facility for the LARES mission and the ETRUSCO project | G Delle Monache | |
2006 | Canberra | 96 | talk | V | P | Absolute Calibration of LLR Signal: A Peek at Reflector Health | T Murphy | |
2006 | Canberra | 97 | talk | V | P | Experimental Return Strengths from Optus-B and GPS | J Luck | |
2006 | Canberra | 98 | talk | V | P | Spherical glass SLR target Microsatellite | V Shargorodsky | |
2006 | Canberra | 99 | talk | V | P | Current Status of Simeiz-1873 station | A Dmytrotsa | |
2006 | Canberra | 100 | talk | V | P | Results of the TLRS-4/Moblas-7 Intercomparison Test | J Horvath | |
2006 | Canberra | 101 | talk | V | P | Using SLR, the GPS accuracy verification experiment of ALOS | N Kudo | |
2006 | Canberra | 102 | talk | V | P | Fulfillment of SLR daylight tracking of Changchun station | Y Zhao | |
2006 | Canberra | 103 | talk | V | P | GLONASS Status Update and MCC activity in GLONASS Program | V Glotov | |
2006 | Canberra | 104 | talk | V | Proposal for Fall 2007 ILRS Workshop | F Pierron | ||
2006 | Canberra | 105 | talk | V | Planning for 16th International Workshop on Laser Ranging | M Pearlman |