Explore MATLAB source code curated for "瑞利信道" with clean implementations, documentation, and examples.
Implementation of Rayleigh channel simulation in communication environments using MATLAB programming language based on the shaping filter approach, including code implementation details and algorithm explanations
Computation and simulation of bit error rates for baseband signals transmitted through Gaussian and Rayleigh channels, with comparative analysis against their respective theoretical BER curves using MATLAB-based implementations
This collection includes verified simulation programs for multipath fading, Rayleigh and Rice channel modeling, QPSK modulation, complete with test results and simulation diagrams. The implementations feature proper channel modeling techniques, BER performance analysis algorithms, and visualization functions for comprehensive communication system evaluation.
Comprehensive MATLAB implementations for five essential channel models: 1) SUI Channel, 2) Gaussian Channel, 3) Rayleigh Channel, 4) COST231 Model, 5) COST207 Model - including algorithm explanations and implementation approaches
This research addresses spectrum sensing challenges in Rayleigh fading channels using Monte Carlo simulation methodology with comprehensive experimental analysis.
Simple MATLAB simulation of AF cooperative communication over Rayleigh fading channels with performance analysis and parameter evaluation
Comprehensive simulation of phase envelope probability density in MATLAB Rayleigh channels, including probability distributions of channel phase variation and envelope magnitude. This implementation demonstrates the generation of Rayleigh-distributed complex channel coefficients using built-in functions like rayleighchan or by creating complex Gaussian random variables with randn and analyzing their magnitude/phase properties through histogram functions such as hist or histogram.
Original research on modulation recognition algorithms for OFDM and single-carrier signals with enhanced Rayleigh channel implementation details
A comprehensive QPSK modulation and demodulation simulation program featuring baseband input waveforms with power spectral density analysis, QPSK modulated signals and their spectral characteristics, AWGN channel outputs with spectral analysis, signal constellation diagrams before and after Rayleigh channel transmission, bit error rate performance under both AWGN and Rayleigh fading channel conditions with theoretical AWGN performance curves, all presented using consistent coordinate scaling for comparative analysis.
MATLAB implementation of LTE channel estimation featuring transmitter design, Rayleigh fading channel simulation, and receiver-side decoding algorithms with complete code framework.