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Passion Batch for Galileo Ticketing
Batch Starts from 18th Nov 2024
Service Description
Galileo modules generally refer to the study of the Galileo satellite navigation system (Europe's Global Navigation Satellite System, GNSS) or the Galileo programming language and system used in embedded programming, depending on context. Here’s a module-wise breakdown of both, so you can pick the one that’s relevant to your study goals. --- MODULE 1:Galileo Satellite System Module-Wise Study** The Galileo Satellite System is Europe’s GNSS, providing highly accurate global positioning services. The module-wise study generally includes: . Introduction to GNSS and Galileo** - Overview of GNSS and how Galileo fits in. - Comparison with GPS, GLONASS, and BeiDou systems. - Key motivations and benefits of Galileo, such as independence from other GNSS systems and accuracy. MODULE 2. **System Architecture** - Galileo system segments: space, ground, and user segments. - Satellite constellation: orbital planes, satellite positioning, and navigation message structure. - Ground infrastructure: control centers, tracking, telemetry, and control systems. #### **3. Signal and Frequency Plan** - Overview of the frequency bands used by Galileo. - Signal structure: Open Service (OS), Commercial Service (CS), Safety of Life Service (SoL), and Public Regulated Service (PRS). - Signal modulation schemes (e.g., Binary Offset Carrier, BOC) and multiplexing techniques. #### **4. Time Synchronization and Coordinate Systems** - Galileo System Time (GST) and synchronization with Coordinated Universal Time (UTC). - Reference coordinate systems: Earth-Centered Earth-Fixed (ECEF), Galileo Terrestrial Reference Frame (GTRF). #### **5. Navigation and Positioning Principles** - Principles of trilateration for determining user position. - Understanding pseudorange measurements, time of arrival (TOA), and time correction. - Error sources in GNSS and methods to mitigate them (e.g., ionospheric delay correction). #### **6. Data Processing and Algorithms** - User positioning algorithms and satellite ephemeris. - Techniques for position, velocity, and timing (PVT) solutions. - Algorithms for error correction: Differential GNSS (DGNSS) and Real-Time Kinematic (RTK). #### **7. Galileo Services and Applications** - Overview of each service: Open Service (OS), High Accuracy Service (HAS), Search and Rescue (SAR) service, etc.
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