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Cours /
GPSAndGalileoSystemsTelemetryAndTelecommunicationTable of Contents I. Introduction to GNSS: the case of GPS History and structure: control segment, space segment, user segment Operating Principles II. Geodesy and coordinate systems ECEF, WGS84, orbital system III. From orbit to ECEF position Gravitation and Kepler's laws The ellipses Orbital coordinate system ECEF IV. GPS: determining position Calculation methods, DOP, from ECEF position to WGS84 position V. Transmission and signal processing Telemetry: introduction GPS signals, correlation functions, distance measurement Temporal problems, corrections V. Other GNSS SBAS, Galileo, Glonass, QZSS, Compass, IRNSS ... VI. AMS02: a case incorporating a GPS receiver in a spatial experimentation on ISS Physics motivation, description of AMS-02 experiment TOPSTAR 3000 description and DAQ integration Data analysis on ISS VII. Conclusion |