Explore MATLAB source code curated for "无线通信" with clean implementations, documentation, and examples.
Turbo codes represent a prominent channel coding technique extensively employed in wireless communication systems, characterized by a parallel concatenated convolutional coding structure with iterative decoding algorithms for enhanced error correction performance.
Network Coding in Wireless Communications - Explores fundamental principles of network coding, compares various construction methods with their advantages and disadvantages, and provides implementation considerations with code-level insights.
Simulation program for wireless communication MIMO systems, featuring comprehensive documentation and source code with detailed explanations of signal processing algorithms and antenna configuration implementations.
MATLAB source code for implementing spread spectrum functionality in wireless communication systems, featuring PN sequence generation and signal spreading techniques.
In wireless communications, severe multipath propagation causes significant Inter-Symbol Interference (ISI). The Decision Feedback Equalizer (DFE) is currently the most commonly used equalizer for ISI cancellation. This MATLAB implementation demonstrates DFE operation with QPSK modulation, featuring feedforward and feedback filter components that mitigate both precursor and post-cursor ISI through adaptive algorithm implementations.
MATLAB Program Simulation for Wireless Communication Multipath Effects with Algorithm Implementation Details
Comprehensive MATLAB implementation and simulation of land mobile satellite channel models for wireless communication analysis
A simulation program for space-time coding in wireless communication systems, featuring multi-antenna transmission and reception with fading channel modeling capabilities.
With extensive experience in MATLAB Simulink simulations for wireless communications (National Key Laboratory of Anti-jamming Communications), this Turbo iterative decoding implementation represents one of the most classic communication links I've encountered. The process is exceptionally clear, particularly the iterative decoding section which ingeniously employs rate reduction techniques to realize complex iterative processes through straightforward structures. This implementation demonstrates efficient algorithm design using Simulink blocks for encoding, interleaving, and iterative decoding loops, making it an invaluable resource for communication engineers seeking to understand practical Turbo code implementations.
Implementation of wireless communication systems on FPGA platforms with supporting MATLAB simulation code and algorithms