Satellite Communications Systems
525.440

Course Description

An overview of theoretical fundamentals and practical considerations of satellite communications systems is provided. Existing systems are described. Topics include satellite orbits, link equations, system performance, communications payload, modulation techniques, on-board processing, earth stations, and propagation effects.

Syllabus

1. Introduction, Spacecraft Design
2. Spacecraft Design
3. Earth Station Geometry, RF Link Design
4. RF Link Design, Analog Modulation
5. Digital Modulation, Multiplexing
6. Multiple Access
7. Mid-term Exam
8. Interference
9. Propagation Effects
10. Earth Station Technology
11. Earth Station Technology
12. System Design
13. System Design, Review
14. Final Exam

Prerequisites
525.416 Communication Systems Engineering or equivalent.

Instructor
Alberto A. Russo works for the Johns Hopkins University Applied Physics Laboratory, where he is the project manager for the UHF Follow-On Program, which consists of the procurement of ten geosynchronous satellites with a UHF and EHF payload. He has been on the faculty of the Johns Hopkins University Whiting School of Engineering since 1993. He teaches the graduate courses satellite communications systems and digital telephony.

Textbook
Satellite Communication Systems by M. Richharia

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Fall 1998