MATLAB-Based GPS Signal Generation and Acquisition Program
A MATLAB program for GPS signal generation and acquisition that simulates GPS signals and tests receiver performance through signal capture algorithms.
GPS Signal Acquisition Simulation
MATLAB simulation of GPS signal acquisition with coherent and non-coherent integration algorithms, providing accurate signal detection and processing results
GPS Multi-Antenna System Attitude Determination with MATLAB Toolbox
GPS multi-antenna system attitude determination using MATLAB toolbox with enhanced code implementations and algorithm descriptions
MATLAB Simulation of GPS System with Navigation Data Processing and Kalman Filtering
A comprehensive MATLAB simulation program for GPS systems that implements navigation message decoding, Kalman filtering algorithms, and position calculation functionalities with detailed code implementation.
GPS Parallel Code Acquisition Algorithm Implementation
Implementation of GPS parallel code acquisition algorithm utilizing 1024-point FFT processing, designed to handle input data with various noise power levels.
GPS Example Programs in MATLAB with Message Data
MATLAB-based GPS simulation examples featuring actual navigation message data, including practical implementations of signal processing and positioning algorithms.
MATLAB-Based GPS Satellite Algorithm Solution for Multi-GNSS Integration
Implementation of a multi-GNSS navigation system using NI USRP for simultaneous reception and separation of three satellite navigation signals (GPS (USA), GLONASS (Russia), and BeiDou (China)). The system employs LabVIEW for real-time signal processing and position calculation, with data transmission to mobile devices for enhanced navigation applications.
Integrated Navigation System Simulation Combining GPS and Inertial Navigation Systems
Simulation program for integrated navigation systems combining GPS and inertial navigation, featuring algorithm implementation and performance testing capabilities
Integrated Navigation System: GPS and Inertial Navigation
This technical overview explains GPS and inertial navigation integration using sensor fusion algorithms, implemented through Kalman filtering for enhanced positioning accuracy.
GPS Global Positioning Systems - Principles and Implementation Approaches
International Classic Textbook: GPS Global Positioning Systems - Inertial Navigation and Integration (Wiley 2001) with Algorithm and System Integration Insights