Explore MATLAB source code curated for "捕获" with clean implementations, documentation, and examples.
This technical guide presents MATLAB source code implementation for Beidou-II B1 frequency signal acquisition in GNSS receivers, featuring detailed algorithm explanations and practical code execution methods.
MATLAB simulation for GPS signal acquisition and tracking with comprehensive documentation
This foundational GPS acquisition code demonstrates clear structure and logical flow, featuring core signal processing algorithms and data handling methods for easy comprehension and modification.
A MATLAB program for GPS signal generation and acquisition that simulates GPS signals and tests receiver performance through signal capture algorithms.
MATLAB simulation of GPS signal acquisition with coherent and non-coherent integration algorithms, providing accurate signal detection and processing results
This resource provides valuable materials on tracking and acquisition in spread spectrum communications, offering significant assistance for receiver design and implementation through practical code-level insights.
Comprehensive simulation of GPS pseudorandom code acquisition and tracking using MATLAB, including algorithm implementation, signal processing techniques, and performance evaluation.
MATLAB implementation of GPS signal acquisition algorithms, featuring both coherent and non-coherent integration methods with code examples.
Collection of plotting functions for GPS software receivers including CA code visualization, BOC signal analysis, S-curve plotting, acquisition results, and tracking performance.
MATLAB-based implementation of PN code acquisition and tracking using matched filters, featuring code examples and algorithm explanations to aid learners in understanding spread spectrum communication techniques