Program
Abstracts, presentations, and posters, from the workshop are available in PDF format sorted by session; the program (at a glance / full booklet) is also available.
- Session 00: Welcome and Logistics, ILRS Governing Board Remarks. ILRS Central Bureau remarks
- Session 01: ILRS Contribution to TRF and EOP
- Session 02: Laser Ranging Applications for POD
- Session 03: Science Applications of SLR
- Sessoin 04: Errors in SLR: Detection, mitigaton, and modeling
- Session 05: Missions: Current and Future
- Session 06: Ground Network and Operations
- Session 07: Space Debris
- Session 08: Technologies and Developments
- Session 09: New Applications
- Session 10: Lunar Laser Ranging and Deep Space Missions
- Posters
The following icons are used for the on-line proceedings documentation:
Link to abstract
Link to poster
Link to presentation
Link to paper
All files for the proceedings are stored in Adobe PDF format. The proceedings from this workshop will not be published in hardcopy form. To cite a paper from the workshop, please use the following format:
<<Author name(s)>>, <<Paper Title>>, <<Abstract Number>>, presented at the 22nd International Workshop on Laser Ranging, Guadalajara, Spain, November 07-11, 2022.
| Monday, November 7: | |||||||
| 09:00 | Welcome and Logistics, ILRS Governing Board Remarks, ILRS Central Bureau remarks | ||||||
Session 1: ILRS Contribution to TRF and EOP Chairs: David Sarrocco and Mathis Bloßfeld |
|||||||
| 10:00 | S01-01 | |
|
ITRF2020 and the ILRS contribution | Zuheir Altamimi | ||
| 10:15 | S01-02 | |
|
DTRF2020: the ITRF 2020 realization of DGFI-TUM | Mathis Bloßfeld | ||
| 10:30 | S01-03 | |
|
|
Enhanced ILRS analysis for ITRF2020 | Vincenza Luceri | |
| 10:45 | Coffee Break | ||||||
| 11:15 | S01-04 | |
|
|
Some Aspects of BKG's SLR Contribution to ITRF2020 | Daniel Koenig | |
| 11:30 | S01-05 | |
|
|
A Global SLR-only Reference Frame | David Sarrocco | |
| 11:45 | S01-06 | |
|
|
Multi-satellite SLR solutions including LARES/LARES-2 SLR data | Linda Geisser | |
| 12:00 | S01-07 | |
|
|
Determination and analysis of Herstmonceux geodetic heights for the period between 1984 and 2022 | Andreja Susnik | |
| 12:15 | S01-08 | |
|
|
EOP Prediction with special focus on SLR | Sadegh Modiri | |
| 12:30 | S01-09 | |
|
Height Determination for the most Accurate SLR Stations | Peter Dunn | ||
Session 2: Laser Ranging Applications for POD Chairs: Mathis Bloßfeld and David Sarrocco |
|||||||
| 12:45 | S02-01 | |
|
A comparison of different ocean tides models | Julian Zeitlhöfler | ||
| 13:00 | Lunch Break | ||||||
| 14:30 | S02-02 | |
|
Precise orbit determination of SLR and altimetry satellites using ITRS2020 realizations | Sergei Rudenko | ||
| 14:45 | S02-03 | |
|
COST-G gravity field models: application in SLR orbit determination | Ulrich Meyer | ||
| 15:00 | S02-04 | |
|
Thermal Thrust Perturbations, Spin evolution and the long-term behavior of LAGEOS II Semi-Major axis | David Lucchesi | ||
| 15:15 | S02-05 | |
|
A new system-dependent SLR measurement correction function for TOPEX/Poseidon | Julian Zeitlhöfler | ||
| 15:30 | S02-06 | |
|
SLR validation of IGS Galileo orbits derived in the framework of the ITRF2020 realization | Krzysztof Sośnica | ||
| 15:45 | S02-07 | |
|
The ILRS Support to the Copernicus Sentinel-3 & -6 Missions | Jaime Fernández | ||
| 16:00 | Coffee break | ||||||
Session 3: Science Applications of SLR Chairs: Toshimichi Otsubo and José C. Rodríguez |
|||||||
| 16:30 | S03-01 | |
|
|
A once in a lifetime experiment: SLR observations of the Apophis encounter Fri., April 13, 2029 | Jorge del Pino | |
| 16:45 | S03-02 | |
|
The Galileo for Science project: Fundamental Physics and Technology development for the Constellations of Galileo satellites | Feliciana Sapio | ||
| 17:00 | S03-03 | |
|
Relativistic Positioning as a complementary technique of LASER Ranging | Angelo Tartaglia | ||
| 17:15 | S03-04 | |
|
Space Geodesy for the monitoring of Volcanoes and Surrounding Hills of Arequipa using the Arequipa Station as a reference | Pablo Yanyachi | ||
| 17:45 | Data Formats and Procedures Standing Committee Meeting | ||||||
| 19:00 | Ice Breaker at San José Center | ||||||
| Tuesday, November 8: | |||||||
| 09:00 | |
|
Invited Talk: United Nations working to sustain geodesy | Nicholas Brown | |||
Session 4: Errors in SLR: Detection, mitigaton, and modeling Chairs: Toshimichi Otsubo and José C. Rodríguez |
|||||||
| 09:30 | S04-01 | |
|
A tool for simulating SLR residuals - Placement of backup retroreflectors for future satellite missions | Michael A. Steindorfer | ||
| 09:45 | S04-02 | |
|
|
Homogeneous formation of SLR Normal Point data | Linda Geisser | |
| 10:00 | S04-03 | |
|
|
Novel Data Analysis Strategy at the SwissOGS Zimmerwald (7810) | Julian Rodriguez-Villamizar | |
| 10:15 | S04-04 | |
|
Satellite Orientation effects on Centre of Mass Corrections | José C. Rodríguez | ||
| 10:30 | S04-05 | |
|
Modeling NASA/SLR Multi-Photon Receive Energies | Van Husson | ||
| 10:45 | Coffee break | ||||||
| 11:15 | S04-06 | |
|
Modeling ILRS Barometric Accuracies using the Vienna Mapping Function (VMF) | Van Husson | ||
| 11:30 | S04-07 | |
|
|
Seasonal variations in the station ranging bias and tropospheric zenith delay in SLR | Minkang Cheng | |
| 11:45 | S04-08 | |
|
Tropospheric delay modeling in SLR solutions based on numerical weather models and the estimation of tropospheric bias corrections | Mateusz Drożdżewsk | ||
| 12:00 | S04-09 | |
|
Modeling of systematic effects in SLR observations to Swarm satellites for determination of global geodetic parameters | Dariusz Strugarek | ||
| 12:15 | S04-10 | |
|
Systematic errors in Satellite Laser Ranging validations of microwave-based low Earth orbiter solutions | Daniel Arnold | ||
Session 5: Missions: Current and Future Chairs: Stephen M. Merkowitz and Robert Sherwood |
|||||||
| 12:30 | S05-01 | |
Galileo mission recent results, ongoing support and future launches | Francisco González | |||
| 12:45 | S05-02 | |
|
Fundamental Physics results in testing Gravitation with Laser-Ranged satellites: the LARASE and SaToR-G experiments | David Lucchesi | ||
| 13:00 | Lunch break | ||||||
| 14:30 | S05-03 | |
|
The LARES 2 satellite for testing general relativity successfully placed in orbit with VEGA C | Claudio Paris | ||
| 14:45 | S05-04 | |
|
A simulation study for future geodetic satellite constellations | Joanna Najder | ||
| 15:00 | S05-05 | |
|
SLR Contribution to the new Regional Navigation Satellite System of Korea | Jong Uk Park | ||
| 15:15 | S05-06 | |
|
|
JAXA developed SLR Reflector Mt.FUJI and Technical Demonstration on HTV-X | Yuki Akiyama | |
| 15:30 | S05-07 | |
|
Impact Analysis of Multiple LRR On-Board Future Copernicus CRISTAL Altimetry Mission | Jaime Fernández | ||
| 15:45 | S05-08 | |
|
METRIC: a compact mission concept for upper atmosphere mapping, fundamental physics and geodesy | Roberto Peron | ||
| 16:00 | S05-09 | |
|
Lunar Pathfinder Laser Retroreflector Array | Stephen M. Merkowitz | ||
| 16:15 | Coffee break | ||||||
| 16:30 | Posters and Sponsors | ||||||
| 17:45 | Networks and Engineering Standing Committee | ||||||
| Wednesday, November 9: | |||||||
Session 6: Ground Network and Operations Chairs: Claudia Carabajal and Evan Hoffman |
|||||||
| 09:00 | S06-01 | |
|
SLR-System Upgrade and Experiments at Zimmerwald | Pierre Lauber | ||
| 09:15 | S06-02 | |
|
Validation of the ESA's IZN-1 station and overview of current station capabilities | Andrea Di Mira | ||
| 09:30 | S06-03 | |
|
Current state of the contribution of ESA's Izana-1 station to the ILRS | Sven Bauer | ||
| 09:45 | S06-04 | |
|
|
Development Status of JAXA's New SLR Station in Tsukuba | Takehiro Matsumoto | |
| 10:00 | S06-05 | |
|
Yebes Laser Ranging Station (YLARA), development status 2022 | Beatriz Vaquero | ||
| 10:15 | S06-06 | |
|
|
Barometer calibration at the SLR Riga 1884, current status | Kalvis Salmins | |
| 10:30 | Coffee Break | ||||||
| 11:15 | S06-07 | |
|
Automatically and Consistently Detecting and Extracting SLR Measurements for Every Satellite Pass | Matthew Wilkinson | ||
| 11:30 | S06-08 | |
|
Current Status and Plans for Test and Deployment of the First NASA SGSLR System | Jan McGarry | ||
| 11:45 | S06-09 | |
|
|
Ny-Ålesund: New SLR Site in the Arctic at 79°N | Gøril M. Breivik | |
| 12:00 | |
|
Invited Talk: Radioastronomy at Yebes Observatory | Pablo de Vicente | |||
| 12:30 | |
|
Invited Talk: The International VLBI Service for Geodesy and Astrometry—status and prospects | Rüdiger Haas | |||
| 13:00 | Lunch break | ||||||
| 14:30 | Group photo | ||||||
| 15:00 | Yebes Observatory Tour | ||||||
| 19:00 | Paella dinner at the Observatory | ||||||
| Thursday, November 10: | |||||||
Session 7: Space Debris Chairs: Michael Steindorfer and Emiliano Cordelli |
|||||||
| 09:00 | |
|
Invited Talk: Space Debris - How can laser technology contribute to a sustainable solution for the further exploitation of space as a resource? | Tim Flohrer | |||
| 09:30 | S07-01 | |
|
|
Space Debris Laser Ranging – Challenging and Rewarding – Update of the Izaña-1 station | Martin Ploner | |
| 09:45 | S07-02 | |
|
European Expert Centre for Space Safety providing services and support for space surveillance and traffic management | Thomas Schildknecht | ||
| 10:00 | S07-03 | |
|
|
Validation & Qualification of Space Debris Laser Systems at the Expert Centre for Space Safety | Julian Rodriguez-Villamizar | |
| 10:15 | S07-04 | |
|
Laser ranging—Evolution towards active sensor networking for debris observation | Laura Aivar | ||
| 10:30 | S07-05 | |
|
|
Space Debris: Extraction of the Rotational State from Multistatic Light Curves | Manik Reichegger | |
| 10:45 | Coffee break | ||||||
Session 8: Technologies and Developments Chairs: Michael Steindorfer and Matthew Wilkinson |
|||||||
| 11:15 | S08-01 | |
|
|
The miniSLR®: A low-cost, high-performance laser ranging system for the ILRS | Daniel Hampf | |
| 11:30 | S08-02 | |
|
|
State report of current developments for picosecond precision Time-of-Flight / Time-Tagging systems | Victors Kurtenoks | |
| 11:45 | S08-03 | |
|
|
Day- and night-time SLR at MHz repetition rate in Graz | Peiyuan Wang | |
| 12:00 | S08-04 | |
|
Degoras Project: A libre software and hardware for satellite laser ranging stations | Ángel Vera-Herrera | ||
| 12:15 | S08-05 | |
|
|
Progress of Laser Time Transfer at Chinese Space Station | Zhibo Wu | |
| 12:30 | S08-06 | |
|
Recent progress in SPAD detectors for SLR and laser time transfer | Ivan Prochazka | ||
| 12:45 | S08-07 | |
|
New Pico Event Timer for space applications | Ivan Prochazka | ||
| 13:00 | Lunch break | ||||||
| 14:30 | S08-08 | |
|
Two Color SLR at the WLRS – Scope & Limitations | Johann Eckl | ||
| 14:45 | S08-09 | |
|
Progress on the implementation of two-color high count rate laser ranging at Grasse | Hervé Mariey | ||
| 15:00 | S08-10 | |
|
Preliminary results of the new Event Timer with the IECS technologies | Kalvis Salmins | ||
| 15:15 | S08-11 | |
|
Development and validation of object detection algorithm for robust video based laser safety system | Hrithik Pandey | ||
Session 9: New Applications Chairs: Clément Courde and Sven Bauer |
|||||||
| 15:30 | S09-01 | |
|
Polarimetric satellite laser ranging | Nils Bartels | ||
| 15:45 | S09-02 | |
|
|
Exploiting the synergy between optical two-way and microwave one-way ranging in a GNSS constellation: A simulation study | Anja Schlicht | |
| 16:00 | Coffee break | ||||||
| 16:30 | S09-03 | |
|
|
Combination of Microwave and Optical Observations for minimizing Atmospheric induced variations in Parameter Estimation | Peter Vollmair | |
| 16:45 | S09-04 | |
|
Satellite illumination for pointing and auto-tracking at Grasse station - France Station (ID7845) | Duy Ha Phung | ||
| 17:00 | S09-05 | |
Downlink communication experiments with OSIRISv1 laser terminal onboard Flying Laptop satellite at Grasse SLR/LLR station | Julien Chabé | |||
| 17:15 | S09-06 | |
|
System design and concept of small-size, low-cost, multi-purpose Omni-SLR System | Toshimichi Otsubo | ||
| 17:30 | Missions Standing Committee | ||||||
| 20:00 | Social Dinner: Quinta Hayara | ||||||
| Friday, November 11: | |||||||
| 09:00 | S09-07 | |
|
Laser Safety at NASA's New Laser Ranging Stations | Evan Hoffman | ||
Session 10: Lunar Laser Ranging and Deep Space Missions Chairs: Clément Courde and Sven Bauer |
|||||||
| 09:15 | S10-01 | |
|
|
Recent Developments of the Apache Point Lunar Laser Ranging Station | Nicholas R. Colmenares | |
| 09:30 | S10-02 | |
Deep-Space Synchronous Two-way Laser Ranging Experiment Using the LIDAR on board Hayabusa2 | Takahide Mizuno | |||
| 09:45 | S10-03 | |
|
|
Benefit of improved Lunar Laser Ranging data for the determination of Earth orientation parameters | Liliane Biskupek | |
| 10:00 | S10-04 | |
|
Uncertainty determination of Earth Rotation Parameters from LLR by parameter variation during data analysis | Vishwa Vijay Singh | ||
| 10:15 | S10-05 | |
Combination of Lunar Laser Ranging and Differential Lunar Laser Ranging | Mingyue Zhang | |||
| 10:30 | S10-06 | |
|
|
Paris Observatory Lunar Analysis Center: from LLR predictions to tests of fundamental Physics | Adrien Bourgoin | |
| 10:45 | Coffee break | ||||||
| 11:15 | ILRS SC summaries, Next conference, SLR Pioneer certificates, ILRS resolutions | ||||||
| 12:45 | Closing | ||||||
Posters
| S-01 P-01 |
|
|
Reconstructing local ties via co-location in space onboard GNSS and LEO satellites | Dariusz Strugarek | |
| S-02 P-01 |
|
|
Precision orbit determination of BDS satellites using combined SLR and inter-satellite link measurements | Weijing Qu | |
| S-03 P-01 |
|
|
Time-variable Earth's gravity field derived using SLR and GRACE data | Filip Gałdyn | |
| S-04 P-01 |
|
|
SLR link budget and retroreflector optical cross section evaluation | Tristan Meyer | |
| S-04 P-02 |
|
|
A SLR pre-processing algorithm based on satellite signature effect | Bowen Guan | |
| S-04 P-03 |
|
|
Systematic range residuals 2021–2022 | Toshimichi Otsubo | |
| S-05 P-01 |
|
|
Preliminary design of a laser retroreflector payload for the MARTINLARA mission | Adolfo García-Marín | |
| S-06 P-01 |
|
|
San Fernando Laser station: news and improvements | Manuel Catalán | |
| S-06 P-02 |
|
|
New opportunities of SLR service of main metrological Center of State Service of Time, Frequency and EOP evaluation | Igor Ignatenko | |
| S-06 P-03 |
|
|
|
SLR station Riga 1884, status report | J. Kaulins |
| S-06 P-04 |
|
|
|
The impact of cyclone Seroja at Yarragadee | Randall Carman |
| S-06 P-05 |
|
|
|
Determination of the reference point of Metsähovi SLR telescope | Arttu Raja-Halli |
| S-06 P-06 |
|
|
EUROLAS Data Center (EDC) ― status report 2018–2022 | Christian Schwatke | |
| S-06 P-07 |
|
|
|
LARES-2 —initial results from NSGF Space Geodesy Facility | Andreja Susnik |
| S-06 P-08 |
|
|
|
CDDIS services to the ILRS | Justine Woo |
| S-06 P-09 |
|
|
ILRS data centers—overview, current status, and future work | Justine Woo | |
| S-06 P-10 |
|
|
|
Detecting Satellite Laser Ranging Station Data and Operational Anomalies with Machine Learning Isolation Forests at NASA's CDDIS | Justine Woo |
| S-06 P-11 |
|
The further development of the DiGOS allsky camera | Erik Guenther | ||
| S-06 P-12 |
|
|
Determination of the natural frequencies of vibration of geodetic pillars with a COST seismometer | José C. Rodríguez | |
| S-06 P-13 |
|
|
|
Astrometric calibration of all-sky camera for aircraft spotting and meteor observations | José C. Rodríguez |
| S-06 P-14 |
|
|
The local tie at RAEGE stations | Elena Martínez | |
| S-06 P-15 |
|
|
|
Laser safety in Ny-Ålesund: aircraft avoidance system (AAS) | Ole J. Klingan |
| S-07 P-01 |
|
|
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 | |
| S-07 P-02 |
|
|
Orbit determination by merging optical, radar and laser measurements | Manuel S. Piedra | |
| S-07 P-03 |
|
|
Research on laser in-sky safety early warning method for high power debris laser ranging system | Hongyu Long | |
| S-08 P-01 |
|
|
Development of Omni-SLR system (1): optical subsystem | Hiroshi Araki | |
| S-08 P-02 |
|
|
Development of Omni-SLR system (2): tracking subsystem | Toshimichi Otsubo | |
| S-08 P-03 |
|
|
Development of Omni-SLR system (3): timing/software subsystem | Yusuke Yokota | |
| S-08 P-04 |
|
|
A compact, mobile, robotic, high precision tracking platform for SLR, astrometry, photometry, and laser ranging | Thomas Varghese | |
| S-08 P-05 |
|
|
An automated, intelligent, LHRS (AI-LHRS) for supporting the safety of lasers in airspace | Thomas Varghese | |
| S-08 P-06 |
|
|
SGSLR receiver detector testing and the pulse width calibration technique | Christopher Clarke | |
| S-08 P-07 |
|
|
|
Modular setup of SLR laser and detection packages | Nadine Trummer |
