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This book is indexed in
Engineering » Aerospace Engineering
Advances in Spacecraft Systems and Orbit Determination
Edited by Rushi Ghadawala, ISBN 978-953-51-0380-6, Hard cover, 264 pages, Publisher: InTech, Chapters published March 23, 2012 under CC BY 3.0 license
DOI: 10.5772/2408
"Advances in Spacecraft Systems and Orbit Determinations", discusses the development of new technologies and the limitations of the present technology, used for interplanetary missions. Various experts have contributed to develop the bridge between present limitations and technology growth to overcome the limitations. Key features of this book inform us about the orbit determination techniques based on a smooth research based on astrophysics. The book also provides a detailed overview on Spacecraft Systems including reliability of low-cost AOCS, sliding mode controlling and a new view on attitude controller design based on sliding mode, with thrusters. It also provides a technological roadmap for HVAC optimization. The book also gives an excellent overview of resolving the difficulties for interplanetary missions with the comparison of present technologies and new advancements. Overall, this will be very much interesting book to explore the roadmap of technological growth in spacecraft systems.
- Chapter 1
The Middle Atmosphere: Discharge Phenomena - Chapter 2
Physics-Based Control Methods - Chapter 3
Spacecraft Relative Orbital Motion - Chapter 4
Research on the Method of Spacecraft Orbit Determination Based the Technology of Dynamic Model Compensation - Chapter 5
Modularity and Reliability in Low Cost AOCSs - Chapter 6
Coordination Control of Distributed Spacecraft System - Chapter 7
Design of Sliding Mode Attitude Control for Communication Spacecraft - Chapter 8
Adaptive Fuzzy Sliding-Mode Attitude Controller Design for Spacecrafts with Thrusters - Chapter 9
Design and Optimization of HVAC System of Spacecraft - Chapter 10
Autonomous Terrain Classification for Planetary Rover - Chapter 11
Resolving the Difficulties Encountered by JPL Interplanetary Robotic Spacecraft in Flight
