Focusing on the theory and practice of satellite orbit prediction and determination, this comprehensive textbook begins with fundamental principles of orbital mechanics and progresses to advanced force models and tracking methods. It details numerous numerical algorithms for trajectory computation, emphasizing numerical integration and parameter estimation. Suitable for advanced students and professionals in navigation and space science, it bridges the gap between scattered technical resources and practical applications, enhancing understanding of flight dynamics for satellite engineers and operators.
"Astronomie mit dem PC" bietet eine umfassende Einführung in himmelsmechanische Berechnungen für die astronomische Praxis. Es behandelt theoretische Grundlagen, Softwarelösungen und die Erstellung von Programmen zur Bestimmung von Himmelspositionen, Zeiten und Phasen. Eine CD mit Quelltexten und Katalogen ergänzt das Buch.
This comprehensive textbook guides readers through the theory and practice of satellite orbit prediction and determination, beginning with fundamental principles of orbital mechanics. It delves into complex force models and precise satellite tracking methods, detailing various numerical algorithms essential for modern trajectory computation, with an emphasis on numerical integration and parameter estimation. The content is suitable for advanced undergraduates, graduates, and professionals in navigation, geodesy, and space science, making it a valuable resource for satellite engineers and operators seeking a deeper understanding of flight dynamics.
The book addresses a gap in existing literature, where documentation on orbit determination methods and tools is often scattered across technical publications or buried in software descriptions that are not widely accessible. Drawing on years of experience in spaceflight dynamics and satellite operations, the authors focus on practical issues encountered in daily work while also exploring the underlying physics. This approach ensures that the book serves not only as a guide for spacecraft trajectory computation but also as a foundational resource for understanding the complexities of satellite orbits.
