Author(s) |
Title |
||||
D.G. King-Hele
|
Research results from analysis of satellite orbits
[paper ] |
||||
J.M. Dow & W. Flury
|
A Sirio-2 laser ranging experiment
[paper ] |
||||
K.F. Wakker & B.A.C. Ambrosius
|
Accurate orbit determinations from laser range observations of Lageos, Starlette and Geos-3
[paper ] |
||||
W. Flury
|
Lunar gravity field determination
[paper ] |
||||
L. Anselmo et al
|
Modelling of orbital perturbations due to radiation pressure for high earth satellites
[paper ] |
||||
R.E. Münch
|
Spacecraft flight dynamics support at ESOC
[paper ] |
||||
M. Ananda
|
Navstar global positioning system (GPS): future enhanced capabilities
[paper ] |
||||
G. Calés
|
Les charges opérationnelles induites par le contrôle en orbite d'un satellite géostationnaire
[paper ] |
||||
K. Meinzer
|
The attitude control system of AMSAT P3 satellites
[paper ] |
||||
SESSION 3 - Chairman: R.W. Longman, Columbia University (USA) |
|||||
L. Fraiture et al
|
Irregularities in the motion of spin-stabilised earth satellites
[paper ] |
||||
G. Abshire et al
|
High precision attitude determination for Magsat
[paper ] |
||||
G. Moek & C.R. Traas
|
Estimates of spacecraft attitude and sensor parameters using adaptive filtering: Meteosat-1 transfer orbit application
[paper ] |
||||
J.F. Jordan
|
Deep space navigation systems and operations
[paper ] |
||||
T. Takenouchi & M. Suzuki
|
Geostationary satellites launched by NASDA: 1. NASDA tracking and control system
[paper ] |
||||
A. Tanaka et al
|
Geostationary satellites launched by NASDA: 2. Mission analysis for maneuver
[paper ] |
||||
J.J. Pocha & A.F. Edwards
|
L-Sat station keeping
[paper ] |
||||
F. Hechler et al
|
The usefulness of auxiliary transfer orbit manoeuvres for a near nominal geostationary mission
[paper ] |
||||
M. Hechler & F.W. Hechler
|
Midcourse navigation for the European comet Halley mission
[paper ] |
||||
M. Eckstein & F. Hechler
|
Station acquisition and station keeping with low-thrust systems
[paper ] |
||||
R.W. Longman & J.A. Massart
|
An investigation of the anomalous attitude motion of the ISEE-B spacecraft
[paper ] |
||||
P. Boland
|
A European flight dynamics experiment
[paper ] |
||||
A. Rios Neto & L.A. Waak Bambace
|
Optimal linear estimation and suboptimal numerical solutions of dynamical systems control problems
[paper ] |
||||
D. Castilho Ceballos & A. Rios Neto
|
Linear programming and suboptimal solutions of dynamical systems control porblems
[paper ] |
||||
G. Campion & P.Y. Willems
|
Partitioning methods for identification and control of flexible spacecraft
[paper ] |
||||
R.D. Werking & L.J. Happel
|
Future ground based attitude support activities
[paper ] |
||||
F. Janssens
|
On spin manoeuvres with asymmetric satellite
[paper ] |
||||
E. Oord et al
|
The observation planning facility for the infrared astronomical satellite (IRAS)
[paper ] |
||||
G. Janin
|
Software for the rescue of non-nominal missions
[paper ] |
||||
A.J. Fuchs
|
Present status and future trends in near-earth satellite orbit determination
[paper ] |
||||
T. Wolff
|
A simple approach to solve the Meteosat image deformation problem based on horizon extraction from image data and orbit information
[paper ] |
||||
G. Scheifele
|
An analytical singularity-free orbit predictor for near Earth satellites
[paper ] |
||||
L. Zhong-yu & G. Huai-bao
|
Some aspects in measuring and correcting of satellite orbit
[paper ] |
||||
G. Vulpetti
|
Sirio-2 LASSO mission: geosynchronous satellite laser station ranging-data orbit determination simulations
[paper ] |
||||
R.S. Bhat et al
|
Orbit and attitude determination for Bhaskara
[paper ] |
||||
H. Müller & R.E. Münch
|
Quality control for mission-critical flight dynamics operations
[paper ] |
||||
J.R. Wertz
|
Global geometry techniques for mission analysis
[paper ] |
||||
A.G. Bird et al
|
The dynamic attitude reconstitution method
[paper ] |
||||
P.T. Van Woerkom et al
|
The use of ESA Starmapper measurements for spacecraft attitude estimation: estimator design rationale and results
[paper ] |
||||
K.S. Prabhu et al
|
Validation and operations experience related to orbit and attitude software of Bhaskara
[paper ] |
||||
S. Pallaschke
|
Spacecraft tracking campaigns and the assessment for orbit determination accuracy
[paper ] |
||||
M. Hirota et al
|
Optimization of AKM firing attitude
[paper ] |
||||
M. Utashima et al
|
East-West station keepinig manoeuvre
[paper ] |
||||
M. Suzuki & K. Yoneyama
|
Inclination control using a pulse mode axial thruster
[paper ] |
||||
J.P. Carrou
|
Skylab decay follow-up
[paper ] |
||||
R.P. Laeser
|
Operational compensation for effect of close Titan flyby on remainder of Voyager 1 Saturn near encounter
[paper ] |
||||
L.P. Baldwin
|
ACS performance verification for lRAS: Software engineering at the OCC
[paper ] |
||||
J.M.F. van Casteren
|
In-orbit checkout of the IRAS gyroscopes
[paper ] |
||||
R. Baldessini Fontana et al
|
IR radiance model validation by sensor flight measurements
[paper ] |
||||
P.E. Bourg
|
Thruster performances modelling and parameters estimation
[paper ] |