Session 1: Space Geodetic Technologies (invited
papers)
(G. Beutler) |
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J. Kouba, G. Beutler, R. Neilan: Coordination
of International GPS Service (IGS) Analysis |
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R. Biancale, G. Tavernier: The DORIS System |
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F. Flechtner, K. Enninghorst, J.C. Raimondo: The
Performance of PRARE On ERS-2 and the Use of SLR Data For PRARE
Range Calibration and Coordinate |
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J. Campbell, Axel Nothnagel: On the Synergism of
VLBI and SLR/LLR |
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P. Dunn, M. Torrence, D. Smith, R. Kolenkiewicz: The
Relationship of Laser Ranging to Other Space Techniques |
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Zip archive of all files fromSpace
Geodetic Technologies session |
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Session
2: Scientific Achievements, Applications, and
Future Requirements in Space Geodesy (P. Wilson, S.
Klosko) |
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R. Devoti, V. Luceri, P. Rutigliano, C. Sciarretta, G. Bianco: Secular
Drifts of Low Degree Zonals Obtained from SLR Geodetic Satellites |
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R. Eanes: Time Dependent Gravity Effects |
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S. Klosko: SLR Contributions to Determining the Gravitational
Field and its Variations |
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P. Schwintzer, R. Koenig, Ch. Reigber, L. Grunwaldt, R. Neubert: CHAMP
Mission Characteristics and Benefits from SLR |
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M. Torrence: Realization of the EGM96 Reference Frame |
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E. Pavlis: Realization of the EGM96 Reference Frame
Italian US Laser Mission |
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A. Novotny: Human Factor As Important Phenomenon of
Global SLR Network |
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Zip archive of all files from Scientific
Achievements, Applications, and Future Requirements
session |
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Session 3: Data Analysis and Models (P. Dunn, R. Noomen) |
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W.R. Dick, M. Mareyen, M. Meinig, K. Oppitz, B. Richter: The
Consistency of the Global SLR Network |
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V .Glotov, V. Metrikas, S .Revnivykh, N. Parkhomenko: Analysis
of the Westpac Satellite Orbital Parameters and Measurement Accuracy |
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R. Hujsak, G.C. Gilbreath: GPS Sequential Orbit
Determination Using Sparse SLR Data |
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R. Koenig, Z. Chen, P. Schwintzer, Ch. Reigber, R. Biancale: The
Contribution of GFZ-1, Diademe-1c, and Diademe-1d SLR Data to
Gravity Field Recovery |
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T. Otsubo, Y. Koyama: Global Coordinates
of Keystone Stations Derived from SLR and VLBI Observation |
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J. Ries, P. Shelus: Another Approach to
Lunar Data Analysis: The Application of Bayesian Statistics |
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M. Rutkowska, R. Noomen: Range Biases and Station Positions
Analysis for Network Solutions Derived From SLR Data In the Period
1993-1995 |
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J. Seago, et. al.: Enhancements Toward Robust Normal
Point Generation |
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Zip archive of all files from Data
Analysis and Models session |
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Session 4: New or Upgraded Stations (G. Bianco) |
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G. Bianco M. Selden, M. Bieneman C. Clarke, D. Mcclure, K.
Mogan, D. Moon, B. Nallappa, T. Oldham, R. Sala, R. Stringfellow: MLRO
System Progress Report |
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M. Cech, K. Hamal, H. Jelinkova, A. Novotny, I. Prochazka,
Y.E. Helali, M.Y. Tawadros: Upgrading of the Helwan Laser
Station 1997-98 |
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O. Charade, A. Bonneville, S. Labrosse,
F. Barlier, J. Bosworth, M. Baltuck, J.L. Counil: The New Tahiti
Geodetic Observatory |
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K. Elango, P. Soma, K. Rameshchandra, S. Rangarajan: Site
Selection Criteria For Locating Laser Station At ISTRAC Campus,
Bangalore, India |
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G.C. Gilbreath: Satellite Laser Ranging Campaigns
from NRL@Starfire: An Overview |
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K. Hamal, I. Prochazka: Pico Event Timer Based SLR Station
Upgrade |
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J. Nicolas, P. Exertier, P. Bonnefond, F. Pierron and the Grasse
SLR Group: First Results with the French Transportable
Laser Ranging Station |
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M.Paunonen: The New Satellite Laser Ranging System
of Metsahovi |
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F. Pierron, J. Nicolas and the Grasse SLR Group: Status
and New Capabilities of the FTLRS
(French Transportable Laser
System) |
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R. Ricklefs, D. Nugent, J. McGarry: Linux-Based
On-Site Data Analysis Systems |
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V. Shargorodsky, V. Vasiliev: Towards a Really Portable
SLR Station |
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V. Shargorodsky, V. Burmistrov, Yu. Roy, M. Baryshnikov, V.
Vasiliev: A New Russian SLR Station Near Moscow: Purpose
and Design Features |
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G. Tangyong: New Software Package for SLR System |
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M. Y. Tawadros: Helwan Satellite Laser Station for Observing
Artifical Earth Satellites |
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G. Tangyong, X. Zizhong, Y. Wenwei, L. Cuixia, C. Qinfu,
T. Yecun , H. Sihau, L. Hangang: CMONOC Transportable
SLR System |
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Y. Fumin, T. Detong, H. Cheng, Z. You, F. Chunbo,
G. Tangyong, X. Hizhong, W. Bin, J. Chongguo, F. Hesheng:
Status and Plans of Chinese SLR Network |
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X. Zhizhong: The Collocation Observation Results Using
SLR and GPS Techniques at a TLRS Station in China |
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Z. You, F. Cun-Bo, G. Yan, L. Cheng-Zhi, L. Zhi, S.
Jian-Yong, H. Xing-Wei, Z. Xing-Hua, C. Hai-Yan, J.
Hong-Ling, C. Dou-Xing: The Upgrade of Changchun SLR |
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J. Bartoszak, E. Butkiewicz, S. Schillak: Status Report
of the Borowiec SLR 1997-1998 |
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A. Al-Ghamdi: SALRO System Upgrades and Future Plans |
1.3
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Zip archive of all files from New or
Upgraded Stations session |
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Session 5: Lunar Laser Ranging (U. Schreiber) |
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K. Nordtvedt: Optimizing the Observation Schedule in
LLR and Similar Experiments |
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S. Riepl, U. Schreiber, W. Schlüter: Improvements
to LLR and SLR by Adaptive Optics |
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J. Müller; K. Nordtvedt, M. Schneider, D. Vokrouhlick: Improved
Determination of Relativistic Quantities from LLR |
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J.F. Mangin, D. Ferandy, M. Furia, M. Glentzlin, A. Journet,
J.M. Torre, G. Vigouroux: When Dream and Reality Meet
... |
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Zip archive of all files from Lunar
Laser Ranging session |
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Session
6: Target Design, Signature, and Biases (V. Vassiliev) |
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M. Davis, G.C. Gilbreath, P. Rolsma, J.
Georges, G. Snyder, R. Eichinger: NRL@SOR SLR
Observation Verification Techniques Using LAGEOS |
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J. Georges, G.C. Gilbreath, P. Rolsma: Development
of A Laser Ranging Target Optimized for LEO Spacecraft |
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R. Neubert, L. Grunwaldt, J. Neubert: The Retro Reflector
for the CHAMP Satellite: Final Design and Realization |
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V. Shargorodsky, V. Vasiliev, B. Greene, H. Kunimori: The
Westpac Satellite Project |
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V. Shargorodsky, V. Burmistrov, N. Parkhomenko, V. Vasiliev: The
Westpac Satellite Design Features and First Results of First
Return Signal Analysis |
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V. Shargorodsky, V. Burmistrov, N. Parkhomenko, V. Vasiliev: Retroreflector
Array On Board of the Zeya Satellite |
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V. Vasiliev, I. Gashkin, M. Belov, V. Shargorodsky: A
New Approach to a Submillimeter Accuracy SLR Target Design |
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Zip archive of all files from Target
Design, Signature, and Biases session |
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Session 7: Atmospheric Correction and Multiwavelength
Ranging (G. Kirchner) |
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J. Hu: Comparison of Atmospheric Density Models In
Precision Orbit Determination of Satellite Starlette (Poster) |
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D. Souilhac, D. Billerey: H2-Raman-Shifting of the 512
Nm Doubled Frequency Nd:Yag Laser for Multiple Laser Ranging
Applications (Poster) |
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D. Souilhac, D. Billerey: Radar and Applications of
Lidars for Environmental Remote Sensing (Poster) |
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G.M.Appleby and A.T. Sinclair: Validation of Atmospheric
Correction Model For Herstmonceux Using In Situ Radiosonde Data |
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B. Greene, Y. Gao, W. Bane: Atmospheric Correction and
Multiwavelength Ranging |
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G. Bianco, M. Selden, M. Bieneman C. Clarke, D. McClure, K.
Mogan, D. Moon, B. Nallappa, T. Oldham, R. Sala, R. Stringfellow: Two-Color
Ranging Upgrade for the MLRO System |
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A. Böer: TIGO - SLR 2 Color Ranging; Overview
- First Results |
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I. Prochazka, et al.: Multicolor Measurements / With
Spad / With PPET |
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Zip archive of all files from Atmospheric
Correction and Multiwavelength Ranging session |
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Session 8: Advanced Systems (J. Degnan) |
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J. Degnan: SLR2000 Project: Engineering Overview
and Status |
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P. Titterton, H. Sweeney, D. Leonard: System/Usage Impact
of Operating the SLR2000 at 2 Khz |
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B. Greene: Satellite Laser Ranging (SLR) Design For
Antarctica |
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W. Gurtner, E., Pop, E., Utzinger J.: Automation and
Remote Control of the Zimmerwald SLR Station |
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G. Bianco, M. Selden, M. Bieneman, C. Clarke, D. McClure, K.
Mogan, D. Moon, B. Nallappa, T. Oldham, R. Sala, R. Stringfellow: MLRO
System Progress Report |
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I. Prochazka, K. Hamal, S.M. Pershin: Spad Detector
For Laser Ranging on Mars Surface |
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Zip archive of all files from Advanced
Systems session |
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Session 9: Detectors and Filters (I. Prochazka) |
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B. Greene, L. Dahl, W. Bane: Range Measurement Performance
of EOS Satellite Laser Ranging (SLR) Systems Employing Simultaneous
APD and MCP-PMT Detection Systems |
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U. Schreiber, K.H. Haufe: Timewalk in Avalanche Photo
Diodes |
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I. Prochazka, K. Hamal, J. Blazej: Millimeter Ranging
and Echo Signal Strength Monitoring with Spad Detectors |
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G. Kirchner, F. Koidl, I. Prochazka, K. Hamal: Spad
Time Walk Compensation and Return Energy Dependent Ranging |
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D. Souilhac, D. Billerey: Design Study of an Infrared
Acousto-optic Imaging Spectro-radiometer with Infrarec Fiber
Probe Coupling |
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D. Souilhac, D. Billerey: Design Study of a Fiber Interferometric
Sensor and a Sagnac Fiber Optic Sensor (Poster) |
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Session 10: Laser Technology Development (Y. FuMin) |
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J. Degnan, J. Zayhowski: SLR2000 Microlaser Performance:
Theory vs. Experiments |
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H. Donovan: Emerging Safety Standards of the American
National Standards Institute and the Federal Aviation Administration
of the United States for the Outdoor Use of Lasers |
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B .Greene, Y. Gao, Y. Wang, M. Lederer: Diode Pumped
Passively Mode-Locked Laser Oscillator for Satellite Laser Ranging
(SLR) |
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F. Maßmann, A. Haase, H. Voss: The Spektrum AMG
D Laser: an Innovative System for Laser Ranging |
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D. Souilhac, D. Billerey: The High Power Co2 Laser Amplifier
for Long Range Radar and Co2 Laser Dial Experiments |
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D. Souilhac, D. Billerey: Two Wavelengths Solid State
Laser for the Laser Ranging Station |
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Session 11: Timing Devices and Calibration (J. Gaignebeit) |
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P. Gibbs, G. Appleby: The Stanford SR620 Timer as a Possible
Source of Range Bias (Poster) |
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B. Greene: Timing System Performance in Keystone (KSP)
Class Satellite Laser Ranging (SLR) Systems |
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F. Katsuo, T. Otsubo, J. Amagai, H. Nojiri:
A New Calibration Technique for the Telescope Reference Point
and the System Delay |
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J. Kölbl: Clock Distribution in SLR Stations |
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J. Kölbl: Frequency Synthesis for Timing Calibration |
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P. Lemonde, Ph. Laurent, E. Simon, G. Santarelli, A. Clairon,
N. Dimarcq, C. Audoin, P. Petit, L. Bernier, G. Busca, E. Samain,
C. Salomon: Atomic Clock Ensemble in Space On Board the
Space Station |
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Q. Zhong: Linearity of HP5370x Time Interval Counters (Poster) |
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Zip archive of all files from Timing
Devices and Calibration session |
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Sessions 12/13: Automation
and Control Systems (H.
Kunimori, J. McGarry) |
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R. Wood: Improving Orbit Predictions |
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B. Conklin: Fully Automated Acquisition System |
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G. Baustert, R. Koenig: Low Flyer Acquisition Data:
Some Strategies and Problems |
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W. Tanqiang, G. Tangyong, L. Nailing: The Real Time
Processing of Tracking Deviations for SLR Tracking Control System |
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G. Xiangdong, H. Li and Y. Fumin: Multi Satellite
Alternate Tracking and Control System |
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R. Ricklefs, D. Nugent, J. McGarry:
Linux-Based On-Site Data
Analysis Systems |
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C. Dou-Xing: A Numerical Method for Ordinary Differential
Equations (Poster) |
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J. Cheek, A. Mallama, N. Ton, J. McGarry: SLR2000
Pseudo-Operator (Poster) |
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B. Conklin, A. Mann, M. Sadeghighassami, J. McGarry:
SLR2000 Data Analysis Computer (Poster) |
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R. Ricklefs, Jan McGarry: SLR2000 Remote Access
Terminal (Poster) |
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J. McGarry, J. Cheek, A. Mallama, N. Ton, B. Conklin,
A. Mann, M. Sadeghighassami, M. Perry, R.
Ricklefs: SLR2000 Automated System Control Software |
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B. Greene, J. Cotter, C. Moore, A. Loeff, I. Fras, P. Burns,
H. Kunimori, T. Gotoh: Keystone (KSP) Class Autonomous Satellite
Laser Ranging (SLR) Systems |
1.6
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Zip archive of all files from Automation
and Control Systems session |
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Sessions 14/15:
Station Performance Evaluation/Quality Control (M.
Pearlman) |
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M. Pearlman: Introduction |
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V. Husson: SLR Global Performance Evaluation |
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V. Husson: System Performance Monitoring 2000 |
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I. Prochazka: Differential Satellite Laser Ranging SLR
System Diagnostics Tool |
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S. Schillak: Analysis of Quality of the Borowiec Satellite
Laser Ranging System |
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G.M. Appleby, W. Hausleitner, A.T. Sinclair: Rapid Quality
Checks on LAGEOS Data from the Eurolas Stations |
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T. Otsubo: Quick Bias Report For LAGEOS and
Ajisai Data |
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P. Dunn, Mark Torrence: Performance Assessment of
Geodetic SLR Stations |
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G.J. Ourensma, R. Noomen: Quick-Look Analysis at Delft
University of Technology: Past, Present and Future |
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V. Glotov, Vladimir Mitrikas, Natalie Abylchatova: The
Operational Procedure of the SLR Data Quality Analysis in MCC |
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R. Eanes, R. Pastor: Assessing the of Accuracy of Satellite
Laser Ranging Data |
0.8
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Zip archive of all files from Station
Performance Evaluation/Quality Control session |
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Session 16: New Applications and Techniques (J.
Luck) |
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U. Schreiber, G.E. Stedman, M. Schneider, W. Schlüter: Characteristics
of a Ring Laser for Geodesy |
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Olivier Bock: First Aircraft Experimental Results Obtained
With the WAALRS (Poster) |
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B. Greene, L. Dahl. Y. Gao. C. Cochran: Eye Safe Laser
Detection of Aircraft: Applications in Satellite Laser Ranging
(SLR) |
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P. Schumacher, G.C. Gilbreath, E. Lydick,
M. Davis: Precision of Satellite Laser Ranging Based
Calibration of the Naval Space Surveillance System |
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T. Otsubo, J. Amagai, H. Kunimori: Measuring
Ajisai's Spin Motion |
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M.Leonardi: A Possible Use of Ajisai Mirrors for Two-Way
Laser Synchronization (Poster) |
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E. Samain:
The Time Transfer By Laser Link (T2L2) Experiment |
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J. Degnan, J. McGarry, P. Dabney, T. Zagwodzki: Design
and Test of a Breadboard Interplanetary Laser Transponder |
0.9
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Zip archive of all files from New Applications
and Techniques session |
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Session 17: Special Topics (invited papers)
(P. Shelus) |
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K. Nordtvedt: Scientific Prospects For Interplanetary
(Transponded) Laser Ranging |
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R. Vessot: High Accuracy Time Keeping From
Space |
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S. Nerem: Gravity Models Developed from Geophysics |
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W. Gurtner: Synergy of SLR With Microwave Technique
for Orbit Determination |
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R. Buzelis, J. Kosenko, E. Murauskas-Ekspla, K. Lapushka, Ai
Ui: Q-Switched SBS-Compressed Nd.Yag Laser for Satellite
Ranging |
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Yu. Artyukh, V. Bespal'ko, K. Lapushka, A. Rybakov, V. Vedin: Selective
Time Interval Counter for SLR Applications |
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S. Tatevian, O. Bayuk: Optimum Planning of LAGEOS Laser
Ranging for Geodynamic Programs |
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The NRL LEO Retro-Array for Satellite Laser Ranging |
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Zip archive of all files from Special
Topics session |
Totals: 48 out of 123 papers available |
10.9 Mb |
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