MATLAB GPS Example Programs with Message Data
This collection contains practical MATLAB examples for GPS data processing, including message data extraction and analysis algorithms that demonstrate navigation data parsing techniques.
GPS Acquisition Program with FFT Search Algorithm
GPS Acquisition Program implementing FFT-based search methodology for identifying 1024 code phases, utilizing efficient digital signal processing techniques for rapid signal analysis and data extraction.
MATLAB GPS Tracking Code Implementation
GPS signal tracking MATLAB code featuring comprehensive code and carrier phase tracking algorithms across all available channels with detailed implementation insights.
Spectral Analysis Tool for GPS Multipath Effects
GPS Multipath Effects Spectral Analysis Tool for Integration with TEQC Software
GPS Satellite Orbit Visualization with Earth Simulation
GPS satellite orbit plotting, Earth simulation modeling, and real-time dynamic satellite trajectory visualization with orbital mechanics implementations.
CA Code GPS Toolbox: Development and Analytical Capabilities
Implementation of the CA Code GPS Toolbox utilized in U.S. corporate projects for GPS data processing and analysis
GPS Positioning Algorithm Simulation Program: Navigation and Positioning Calculation Principles
Simulation of GPS positioning algorithm navigation and positioning calculation principles, including code implementation approaches and key algorithmic components.
GPS Single Epoch Signal Deformation Monitoring Data Denoising Processing
GPS single epoch signal deformation monitoring data denoising processing. Includes wavelet soft/hard threshold denoising and median filtering techniques with code implementation insights.
MATLAB Implementation of GPS PRN Generator
GPS PRN generator that takes satellite ID as input and outputs corresponding GPS PRN sequence with code implementation details.
Integrated Navigation Kalman Filter Combining GPS and Inertial Navigation Technology
Implementation of integrated navigation Kalman filter algorithm combining GPS and inertial navigation technology in MATLAB environment with code implementation details