GLONASS MATLAB Simulation Program

This text introduces GLONASS MATLAB simulation programs characterized by compact code structure and high operational efficiency. These programs implement core algorithms for GLONASS signal simulation, including pseudorange calculation, satellite orbit modeling, and receiver positioning algorithms. The simulation framework utilizes MATLAB's Signal Processing Toolbox for waveform generation and coordinate transformation functions for navigation solutions. While maintaining concise code architecture, the programs ensure robust performance through optimized matrix operations and efficient memory management. For extended requirements, we provide comprehensive documentation detailing implementation methods for Doppler shift simulation, ephemeris data processing, and error correction mechanisms. Additional tutorials cover customization options for signal parameters and receiver configurations. We also offer comparable programs featuring enhanced modular design for multi-constellation GNSS simulations. Feel free to contact us for technical support regarding code integration, algorithm modification, or performance optimization – we're committed to assisting your navigation system development projects.