Spacecraft precise orbit determination and self-calibration technology

Author: Liu Lisheng
Publisher:
Publish Date: 2005-01-01
Features: Precision Orbit Determination and Self-Calibration Technology for Spacecraft is published by the National Defense Industry Press. This book systematically discusses the fundamental principles of the "EMBET" self-calibration technology, as well as methods for accurately determining spacecraft orbits and various application formulas. The main contents include the fundamental principles of "EMBET" self-calibration, the fundamental principles of "EMBET" self-calibration based on orbit constraints, the mathematical principles and methods for identifying systematic errors in orbit data systems, self-calibration orbit determination methods for two tracking systems and several commonly used orbital elements, real-time recursive self-calibration orbit determination technology and improved methods, orbit determination technology based on AR models and improved methods for estimating self-calibration technology parameters. This book comprehensively discusses the improvement paths for the overall design of spacecraft tracking and control systems and the preprocessing methods of tracking data to enhance tracking data and orbit determination accuracy; it also deeply elaborates on the application of orbit-constrained self-calibration technology in self-assessment of measurement accuracy in spacecraft tracking and control systems, adjustment of station errors, and multi-velocity data self-localization orbit determination. This book is suitable for researchers engaged in the overall design, accuracy evaluation, and data processing of spacecraft tracking and control systems, as well as senior undergraduate students, graduate students, and teachers in higher education institutions.