Explore MATLAB source code curated for "无线通信" with clean implementations, documentation, and examples.
This is the official MATLAB source code accompanying the English edition of "Smart Antennas for Wireless Communications," providing valuable guidance for researchers entering the field of smart antenna algorithms. The codebase includes comprehensive implementations of antenna array configurations, beamforming techniques, and adaptive algorithms, serving as practical reference material for algorithm development and optimization.
Implementing MATLAB simulation of Rayleigh fading phenomena in wireless communication channels with code-based modeling and analysis
This repository contains MATLAB/Python implementation examples from the book "Ultra-Wideband Wireless Communication," featuring DS-UWB (Direct Sequence UWB), MB-OFDM (Multi-Band Orthogonal Frequency Division Multiplexing), and pulse signal formation algorithms with practical code demonstrations.
A wireless communication space-time code simulation program that encodes data streams for synchronized transmission using maximum likelihood decoding algorithm.
Source code for generating Nakagami distributed random numbers and computing Nakagami probability density function (PDF). This implementation is particularly useful in wireless communications for simulating wireless channel transmission characteristics. The code includes algorithm explanations for parameter estimation and statistical distribution modeling.
MATLAB implementation of classical timing synchronization algorithms for wireless communication systems, featuring key signal processing techniques and synchronization methodologies.
Core algorithms and code structure for wireless communication with cooperative diversity techniques
DOA estimation technology plays a vital role in wireless communications. Among various algorithms, MUSIC stands as a classical approach, and here we present an improved algorithm implementation featuring enhanced signal processing techniques.
This experiment simulates wireless point-to-point data transmission within buildings, where the key parameters include distance between communication points and floor attenuation factors. By studying 914MHz building communication characteristics, we establish a simulation model for building data communication systems using NRF905 transceiver chips. The implementation involves distance calculation algorithms and signal attenuation modeling to analyze intra-building data transmission performance.
This MATLAB-based simulation implements a Direct Sequence Spread Spectrum (DSSS) system for wireless communication over additive white Gaussian noise (AWGN) channels, featuring comprehensive performance analysis capabilities.