You can purchase this book clicking here.

If you wish to purchase further titles already reviewed here, please return each time to SBB. Using the direct links available at our site is easier than searching by title, author, or ISBN number.

EDITORIAL INFORMATION

This volume in three parts presents the proceedings of the 2005 Astrodynamics Conference held in South Lake Tahoe, California, August 7-11, 2005. It includes a CD-ROM.

(Extracted from the Foreword).

GENERAL TABLE OF CONTENTS

-Part II.
-ORBIT DETERMINATION I
-Cassini Orbit Reconstruction From Jupiter to Saturn (AAS 05-311) Duane Roth, Peter Antreasian, John Bordi, Kevin Criddle, Rodica Ionasescu, Robert Jacobson, Jeremy Jones, M. Cameron Meek, Ian Roundhill and Jason Stauch.
-Cassini Orbit Determination Performance During the First Eight Orbits of the Satellite Tour (AAS 05-312) P. G. Antreasian, J. J. Bordi, K. E. Criddle, R. Ionasescu, R. A. Jacobson, J. B. Jones, R. A. MacKenzie, M. C. Meek, F. J. Pelletier, D. C. Roth, I. M. Roundhill and J. Stauch.
-A Stochastic Parameter Solution for Outgassing Perturbing a Spacecraft
Trajectory After Launch (AAS 05-313) Connie J. Weeks and James K. Miller.
-Covariance Analysis for Deep-Space Satellites With Radar and Optical Tracking Data (AAS 05-314) James G. Miller.
-Upper Atmospheric Phenomena and Satellite Drag (AAS 05-315) Craig A. McLaughlin.
-Effect of Atmospheric Density Correction on Precision Orbit Determination (AAS 05-316) Hyung-Jin Rim, Sungpil Yoon, Yuchan Kim, Bob E. Schutz, Matthew P. Wilkins and Paul J. Cefola.
-Effects of Orbital Uncertainty on Handover and Breakup Processing (AAS 05-317) Thomas J. Eller, Kenneth D. Kopke, Mark W. Sousa, Richard L. Hollm and Timothy McLaughlin.
-TETHERS AND LARGE SPACE STRUCTURES
-Libration Control of an Electrodynamic Tethered System Through Electric
Current Switching (AAS 05-318) Noboru Takeichi.
-Orbit Boosting of an Electrodynamic Tethered Satellite With Input-Shaped Current (AAS 05-319) Arun Banerjee, William Singhose and David Blackburn.
-Real-Time Computation of Optimal Trajectories for Tethered Satellite Systems (AAS 05-320) Paul Williams.
-Study on Prolonged Rendezvous Using Tethers (AAS 05-321) Paul Williams and Chris Blanksby.
-Deployment Control for the YES2 Tether-Assisted Re-Entry Mission (AAS 05-322) Paul Williams, Andrew Hyslop and Michiel Kruijff.
-ATTITUDE DYNAMICS AND CONTROL II
-Long-Term Attitude Drift of Spinning Spacecraft Under Solar Radiation Torques (AAS 05-325) Jozef C. van der Ha and Vaios J. Lappas.
-Making the Learning Control Problem Well Posed-Stabilization Intersample Error (AAS 05-326) Richard W. Longman, Taekjoon Kwon and Peter A. LeVoci.
-The Effect of Interpolation on Stability and Performance in Repetitive Control (AAS 05-327) Wondo Kang and Richard W. Longman.
-Frequency Response Analysis of Higher Order Repetitive Control (AAS 05-328) Chun-Ping Lo and Richard W. Longman.
-Modeling Albedo Effects in Coarse Sun-Sensor Data for a Spinning Nanosatellite (AAS 05-329) Timothy M. Meisenhelder and Robert G. Melton.
-Passive Attitude Control System for Nano-Satellite REFLECTOR (AAS 05-330) M. Yu. Ovchinnikov, V. D. Shargorodsky, V. I. Pen’kov, S. A. Mirer and A. D. Guerman.
-Optimal Switching Between Targets Using Rate-Limited Slews (AAS 05-331) Sergei Tanygin and James Woodburn.
-TRAJECTORY DESIGN AND OPTIMIZATION I
-A Historical Introduction to the Covector Mapping Principle (AAS 05-332)
I. Michael Ross.
-Decreasing Semimajor Axis Uncertainty Through Trajectory Design (AAS 05-333) Scott Zimmer, Cesar Ocampo and Robert Bishop.
-Finite Burn Trajectory Optimization Including Observability With Discrete
Measurements (AAS 05-334) Scott Zimmer, Cesar Ocampo and Robert Bishop.
-A Multiple Encounter Targeting and Optimization Algorithm (AAS 05-336)
James K. Miller.
-Higher-Order Neighboring-Optimal Guidance for Continuous-Thrust Orbit Transfer (AAS 05-337) Rajnish Sharma and Srinivas Rao Vadali.
-Optimal Reconfiguration of a Tetrahedral Formation Via a Gauss Pseudospectral Method (AAS 05-338) Geoffrey T. Huntington and Anil V. Rao.
-Post-Optimality Evaluation and Analysis of a Formation Flying Problem Via a Gauss Pseudospectral Method (AAS 05-339) Geoffrey T. Huntington, David A. Benson and Anil V. Rao.
-SATELLITE CONSTELLATIONS AND FORMATION FLYING II
-Perturbed Equations of Motion for Formation Flight Near the Sun-Earth L
2 Point (AAS 05-340) A. M. Segerman and M. F. Zedd.
-Discrete Nonlinear Optimal Control of S/C Formations Near the L1 and L2 Points of the Sun-Earth/Moon System (AAS 05-341) B. G. Marchand, K. C. Howell and J. T. Betts.
-Formation Design and Control With Solar Radiation Pressure for Translunar Libration Point (AAS 05-342) Hongming Li and Trevor Williams.
-Constellations of Elliptical Inclined Lunar Orbits Providing Polar and Global Coverage (AAS 05-343) Todd A. Ely and Erica Lieb.
-Implementation of the Strategy for Satisfying Distance Constraints for the NASA Benchmark Tetrahedron Constellations (AAS 05-344) Pedro A. Capó-Lugo and Peter M. Bainum.
-A Bang-Off-Bang Control for Out-of-Plane Orbital Maneuvers (AAS 05-345) Xiaodong Duan and Peter M. Bainum.
-Planar Dynamics of a Variable Length Multi-Tethered Satellite System Near the Sun-Earth Lagrangian Point (AAS 05-346) B. Wong and A. K. Misra.
-Natural Configurations and Controlled Motions Suitable for Formation Flying (AAS 05-347) G. Gómez, M. Marcote, J. J. Masdemont and J. M. Mondelo.
-GUIDANCE, NAVIGATION AND CONTROL II
-Orbital Control of Satellite Systems Using Nonholonomic Control Theory
(AAS 05-348) Shinji Hokamoto.
-Receding Horizon Control Using Gauss-Lobatto Quadrature Approximations (AAS 05-349) Paul Williams.
-A New Guidance Strategy in Aerodynamic Ascent Path Using Air-Breathing Propulsion (AAS 05-350) Takayuki Yamamoto and Jun’ichiro Kawaguchi.
-Relativistically Correct Celestial Reference Systems (AAS 05-352) P. Kenneth Seidelmann and John H. Seago.
-Real-Time Outer and Inner Loop Optimal Control Using DIDO (AAS 05-353) Hui Yan, Deok-Jin Lee, I. Michael Ross and Kyle T. Alfriend.
-Orbital Motion Equations With Dynamic Models (AAS 05-354) Douglas H. May.
-ORBITAL DYNAMICS II
-Orbit Optimization for Regenerative Aerobraking at Mars (AAS 05-355) Douglas R. Tolbert and Henry J. Pernicka.
-Simulation and Analysis of Binary Asteroid Dynamics Using Mutual Potential and Potential Derivatives Formulation (AAS 05-356) Eugene G. Fahnestock, Daniel J. Scheeres, N. Harris McClamroch and Robert A. Werner.
-Epicyclic Description of Resonant Satellite Motion: Absolute and Relative Orbit Analysis (AAS 05-357) Kathryn O’Donnell and Philip L. Palmer.
-Transient Behavior of Planetary Satellite Orbiters (AAS 05-358) Marci E. Paskowitz and Daniel J. Scheeres.
-Lindstedt-Poincaré Solutions of Clohessy-Wiltshire Equations (AAS 05-359) G. Gómez and M. Marcote.
-Closed-Form Solution of the Orbit Equation in the Vicinity of Near-Circular Arcs With Atmospheric Drag Models (AAS 05-361) Mayer Humi and Thomas Carter.
-Orbital Dynamics of Temperature Constrained Solar Sails (AAS 05-362)
Hiroshi Yamakawa.
-EARTH SCIENCES AFTERNOON CONSTELLATION OPERATIONS
-EOS Aura Ascent Planning - Establishing the Earth Science Afternoon
Constellation (AAS 05-363) Richard J. McIntosh and Lauri Kraft Newman.
-Inclination Adjust Maneuver Planning and Execution for the Earth Science
Afternoon Constellation (AAS 05-364) David K. Rand, Lauri Kraft Newman and Kevin T. Work.
-The Insertion of Parasol into the A-Train Constellation (AAS 05-365) Damien Delobette.
-The Insertion of Calipso into the A-Train Constellation (AAS 05-366)
Corinne Salcedo.
-The “Playbook” for Inserting CloudSat into the A-Train Constellation
(AAS 05-367) Mark A. Vincent.
-Analysis for Monitoring the Earth Science Afternoon Constellation (AAS 05-368) Peter Demarest, Karen V. Richon and Frank Wright.
-An Overview of the Earth Science Afternoon Constellation Contingency
Procedures (AAS 05-369) Karen V. Richon and Warren Case.