Session |
Title |
Primary Author |
Overview of Space Geodesy
Techniques (J. Degnan
and M. Pearlman) |
|
SLR Contribution to the International
Terrestrial Reference Frame |
Zuheir Altamimi |
|
|
|
Scientific Achievements,
Applications, and Future Requirements (R.
Noomen and S.
Klosko) |
|
Time-Variable Gravity Analysis Using Satellite-Laser-Ranging
as a Tool for Observing Long-Term Changes in the Earths Systems
-- INVITED |
Christopher Cox |
|
The SLR Contribution to Precision Orbit Determination
in the GPS Era |
Scott Luthcke |
|
Evaluation of potential systematic bias in GNSS orbital
solutions |
Graham Appleby |
|
Contributions of SLR to the Success of Satellite Altimeter
Missions -- INVITED |
Remko Scharroo |
|
SLR and the CHAMP Gravity Field Mission -- INVITED |
Rolf König |
|
Prospects for an Improved Lense-Thirring Test with
SLR and the GRACE Gravity Mission -- INVITED |
John Ries |
|
Lunar Geophysics, Geodesy, and Dynamics
-- INVITED |
James G. Williams |
|
Seasonal Changes in the Icecaps of Mars from Laser
Altimetry and Gravity |
David Smith |
|
Future Interplanetary Laser Ranging: Science
Goals and Methods -- INVITED |
Ken Nordtvedt |
|
Geophysical Applications of SLR Tidal Estimates --
INVITED |
John Wahr |
|
Laser Ranging Contributions to Monitoring
and Interpreting Earth Orientation Changes -- INVITED |
Richard Gross |
|
Monitoring The Origin of the TRF with Space Geodetic
Techniques -- INVITED |
Erricos Pavlis |
|
Absolute Earth Scale from SLR Measurements -- INVITED |
Peter Dunn |
|
First results of the French Transportable Laser Ranging
Station during the 2002 Corsica campaign for the JASON-1 calibration
and validation experiment |
Joëlle Nicolas |
|
Preliminary orbit determination of GRACE satellites
using laser ranging data |
Milena Rutkowska |
|
The Development of NASA Gravity Field Models and their
Dependence on SLR Invited |
Frank Lemoine |
|
|
|
Lunar Laser Ranging (P.
Shelus and J.F. Mangin) |
|
Recent contributions to LLR analysis |
Jean Chapront |
|
The OCA LLR Station: An Update |
Jean-Francois Mangin |
|
APOLLO: Multiplexed Lunar Laser Ranging |
Thomas Murphy |
|
LLR Developments at Mount Stromlo: Towards Millimeter
Accuracy |
Ben Greene |
|
|
|
Improved or Upgraded Systems
- Poster Session (F.
Pierron and Y. Fumin) |
|
SLR2000 Software: Current Test Results and Recent
Developments |
Jan McGarry |
|
McDonald Ranging: 30 Years and Still Going |
Peter Shelus |
|
Replacement of the LURE Telescope Controller Using
COTS Components Using Commercial Off-The-Shelf Components |
Daniel O'Gara |
|
System Stability Improvement of Changchun SLR System |
You Zhao |
|
Improving SALRO Accuracy |
Abdallah Azzeer |
|
Ultra mobile station FTLRS: Software Control |
Monique Pierron |
|
The New MLRS Encoder System: Progress Report |
Jerry Wiant |
|
Improvements of the French Transportable Laser Ranging
Station to high accuracy level |
Francis Pierron |
|
Upgrading of the Simeiz-1873 SLR Station |
Sergiy Filikov |
|
First Laser Ranging Results of the new Potsdam SLR
System |
Ludwig Grunwaldt |
|
System Upgrades of the NASA SLR Network |
David Carter |
|
Upgrades of Shanghai Satellite Laser Ranging Station |
Yang Fumin |
|
NASA SLR Network MCP PMT Upgrade |
Howard Donovan |
|
GUTS A New SLR System for Japan |
Thomas Oldham |
|
Integration of 1.5m Telescope and ranging system in
CRL |
Hiroo Kunimori |
|
|
|
Station Performance Evaluation
(C. Luceri and R.
Wood) |
|
The stability of the SLR stations coordinates determined
from monthly arcs of LAGEOS-1 and LAGEOS-2 laser ranging in 1999-2001 |
Stanislaw Schillak |
|
MyStationPerformance.COM |
Van Husson |
|
Results of the triple laser ranging collocation experiment
at the Grasse observatory, France (September - November 2001) |
Joëlle Nicolas |
|
Status of the KACST SLR Program -- Past, Present and
Future |
Turki Al-Saud |
|
Range Bias vs Applied System Delay |
Toshimichi Otsubo |
|
Absolute and Relative Range Bias Detection Capabilities |
Van Husson |
|
The Precise Data Processing in MCC Analysis
Center |
Vladmir Glotov |
|
|
|
Station Operational Issues
(W. Gurtner and
V. Husson) |
|
Creating a Consolidated Laser Ranging Prediction Format |
Randy Ricklefs |
|
Operational Issues from the Stations |
Werner Gurtner |
|
Operational Issues from an ILRS Central Bureau Perspective |
Van Husson |
|
Operational Issues from the Viewpoint of the SLR Data
Analysis |
Graham Appleby |
|
|
|
Target Design, Signatures,
and Biases (G.
Appleby and V. Vasiliev) |
|
Laser Retroreflector Array (LARA) for IRS Mission |
Kattimuthu Elango |
|
Velocity Aberration |
David Arnold |
|
Retroreflector Array Transfer Functions |
David Arnold |
|
Difference of LAGEOS satellite response from raw data
analysis of the collocation experiment between the Grasse Satellite
and Lunar Laser Ranging stations |
Joëlle Nicolas |
|
Design of a laser retro-reflector for the first satellite
ranging mission in S. Korea on an elliptical orbit |
Seungbum Kim |
|
Recovery of target response function for centre-of-mass
corrections of spherical satellites |
Toshimichi Otsubo |
|
Reflector arrangement on H2A-LRE satellite |
Toshimichi Otsubo |
|
International experiment in space for investigation
of a novel-type laser retroreflector |
Vladimir Vasiliev |
|
LAGEOS-2 spin rate and orientation |
Robert Sherwood |
|
Development and on-orbit performance of moderate-cost
spherical retroreflector arrays for the STARSHINE program |
Robert Kessel |
|
The Atmospheric Neutral Density Experiment: a Mission
Overview |
Andrew Nicholas |
|
|
|
Timing Devices
(E. Samain and P.
Gibbs) |
|
Range comparison results for various Eurolas SR timers |
Philip Gibbs |
|
A010 Family of Time interval Counters Adapted to SLR
Applications |
Yuri Artyukh |
|
ILRS Timing Devices: Specifications, Error
Analysis, BEST Calibration Practices |
Van Husson |
|
An ultra stable event timer |
Etienne Samain |
|
Counter Calibrations at Zimmerwald |
Werner Gurtner |
|
Portable Pico Event Timer Upgrade |
Karel Hamal |
|
Operational Performance of GPS Steered Rubidium Oscillators
|
Loyal Stewart |
|
|
|
System Calibration (I.
Prochazka and U.
Schreiber) |
|
Portable Calibration Standard Mission Review |
Karel Hamal |
|
Use of free surface of liquids in interferometric
methods: application to split corner cubes |
Jean-Louis Oneto |
|
Portable Calibration Standard Capabilities |
Ivan Prochazka |
|
High accuracy short range laser rangefinder for system
calibration and installation |
Peter Sperber |
|
An experimental common detector, coaxial
Cassegrain laser telescope and its calibration |
Matti Paunonen |
|
Local Surveys at Goddard |
Jim Long |
|
Local Survey Relationships to System Calibration
and Bias Identification |
Paul Stevens |
|
|
|
Atmospheric Correction and
Multiwavelength Ranging (S.
Riepl and E.
Pavlis) |
|
Preliminary estimation of the atmospheric nonlinear
frequency dispersion and absorption effects on the pulse SLR accuracy |
Yuri Galkin |
|
Biaxial Rayleigh- and Raman-LIDAR for applications
in atmospheric sounding and SLR |
Ulrich Schreiber |
|
Wavelength Dependence of Range Correction |
David Arnold |
|
Atmospheric Contribution to the Laser Ranging Jitter |
Ivan Prochazka |
|
Validation of Mapping Functions |
Stefan Riepl |
|
Zimmerwald Dual-wavelength Operation: First Experiences |
Werner Gurtner |
|
A Database of Atmospheric Refractivities from GPS
Radio Occultations |
Manuel de la Torre Juárez |
|
Modification of Laser Ranging Equation |
Xiong Yaoheng |
|
Two-color laser ranging with the MLRO system |
Giuseppe Bianco |
|
Atmospheric Refraction at Optical Wavelengths: Problems
and Solutions |
Virgilio Mendes |
|
|
|
Detectors and Optical Chain
Components (G.
Kirchner and L. Grunwaldt) |
|
New Detection Package at Graz |
Georg Kirchner |
|
The advantages of Avalanche Photodiode (APD) arrays
in laser ranging applications |
Jana Strasburg |
|
Characterization of a Microchannel Plate Photomultiplier
Tube with a High Sensitivity GaAs Photocathode |
Paul Hink |
|
Time walk compensation of a SPAD with linear photo
detection |
Etienne Samain |
|
SPAD Detector Package for Space Born Applications |
Ivan Prochazka |
|
Testing of MCP PMTS: Use of Fiber Optic Coupled Gbps
Laser Drivers to Create Ersatz Laser Return Pulses |
Tomas Cuff |
|
|
|
Laser Technology Development
(K. Hamal and Howard
Donovan, for Y. Gao) |
|
Kilohertz Laser Ranging at Graz |
Georg Kirchner |
|
Mechanical measurement of laser pulse duration |
Jean-Louis Oneto |
|
Lasers for Multiwavelength Satellite Laser Ranging |
Karel Hamal |
|
High-Power, Short-Pulse Microlaser - Power Amplifier
System |
Yelena Isyanova |
|
|
|
Automation and Control Systems
(J. McGarry and F.
Koidl) |
|
SLR2000 Closed Loop Tracking with a Photon-Counting
Quadrant Detector |
Jan McGarry |
|
Improvements in the Automation of the Zimmerwald SLR
Station |
Werner Gurtner |
|
Infrared Sky Camera -- The Production Model |
Anthony Mallama |
|
Automated operational software at Shanghai SLR station |
Zhongping Zhang |
|
Berne/Herstmonceux Timebias Service |
Roger Wood |
|
Sun Avoidance Software |
Zhongping Zhang |
|
Intelligent Scheduler, Prioritize in the Fly |
Christopher Clarke |
|
Incorporation of GPS Data into HTSI Prediction Cycle
to Support the ICESat Mission |
Julie Horvath |
|
|
|
Advanced Systems and Techniques
(B. Greene and T.
Murphy) |
|
SLR2000: Progress and Future Applications |
John Degnan |
|
Optimization of the Correlation Range Receiver
Parameters in SLR2000 |
John Degnan |
|
Photon-Counting Airborne Microlaser Altimeter |
John Degnan |
|
Time Transfer by Laser Link |
Etienne Samain |
|
Millimeter Ranging Accuracy -- The Bottleneck |
Ivan Prochazka |
|
Installing TIGO in Concepcion |
Stefan Riepl |
|
Overview of Data for the SLR2000 Tracking
Mount Performance Testing |
Donald Patterson |
|
Laser Tracking of Space Debris |
Ben Greene |
|
The MLRO Project: a Status Report |
Giuseppe Bianco |
|
A satellite laser ranging system based
on a micro-chip laser |
Jun Amagai |