MATLAB Implementation of RAKE Receiver
RAKE receiver implementation using MATLAB code. The implementation has been validated through comprehensive testing.
MATLAB Simulation of RAKE Receiver for DS-CDMA Systems
This project contains a functional MATLAB simulation of a RAKE receiver for Direct Sequence Code Division Multiple Access (DS-CDMA) systems, including executable source code (.m files) that has been successfully tested.
MATLAB Implementation of RAKE Receiver with Code Explanation
RAKE receiver MATLAB implementation featuring clear, understandable code from a renowned American professor. This implementation includes detailed algorithm explanations and key function descriptions. For technical inquiries, contact: 02212090@bjtu.edu.cn
MATLAB Implementation of RAKE Receiver
MATLAB implementation of a RAKE receiver featuring correlation-based channel estimation algorithms for signal reception
CDMA System Rake Receiver Implementation and Performance Analysis
MATLAB implementation of a CDMA system Rake receiver with comparative performance analysis of Maximum Ratio Combining, Equal Gain Combining, and Selective Combining algorithms
Implementation of RAKE Receiver for DS-SS Systems
Simulink Simulation Model of RAKE Receiver for DS-CDMA Systems featuring multipath signal processing and performance analysis capabilities
Simulation Analysis of RAKE Receiver
MATLAB-based simulation analysis of RAKE receiver, a commonly used receiver in CDMA modulation communication systems. This high-quality simulation code provides valuable reference for undergraduate and graduate thesis simulations in CDMA communication engineering, featuring multipath signal processing, finger combining algorithms, and channel estimation implementations.