GPS Baseband Acquisition Model with Parallel Code Phase Search
A comprehensive GPS baseband acquisition model developed using SIMULINK, implementing parallel code phase search acquisition method with modified P-code signal source configuration
Explore MATLAB source code curated for "GPS" with clean implementations, documentation, and examples.
A comprehensive GPS baseband acquisition model developed using SIMULINK, implementing parallel code phase search acquisition method with modified P-code signal source configuration
GPS Navigation Toolbox: A comprehensive suite of navigation algorithms and mapping functions enabling real-time positioning, route optimization, and location-based services. Includes implementations for coordinate transformation, Kalman filtering, and path planning.
MATLAB source code for GPS inertial navigation toolbox, ideal for beginners studying inertial navigation systems, facilitates mastery of INS/GPS integrated navigation techniques with practical implementation examples
GPS signal simulation including signal generation, acquisition simulation, and related components with code implementation approaches.
Implementation of Kalman Filter for INS/GPS Loose Integration in Navigation Systems
GPS Kalman Filter Simulation reading eph_data for enhanced positioning accuracy
A collection of practical MATLAB examples for GPS signal processing, containing complete telegram data structures and algorithm implementations for satellite positioning analysis and navigation data decoding.
MATLAB implementation for GPS signal availability simulation, featuring algorithm performance analysis under various environmental conditions using MATLAB's computational and visualization capabilities.
Developed by experienced engineers, this documentation covers the generation of GPS anti-jamming signals with comprehensive code implementation details.
Implementation of GPS Kalman Filter Simulation for Enhanced Positioning Accuracy