Binary Belief Propagation Algorithm Decoding for LDPC Codes in AWGN Channels
Implementation of Binary Belief Propagation (BP) Decoding for LDPC Codes under Additive White Gaussian Noise (AWGN) Channel Conditions with Message Passing Mechanisms
Explore MATLAB source code curated for "AWGN" with clean implementations, documentation, and examples.
Implementation of Binary Belief Propagation (BP) Decoding for LDPC Codes under Additive White Gaussian Noise (AWGN) Channel Conditions with Message Passing Mechanisms
Simulation of OFDM system performance under AWGN and multipath channel conditions. Implementation includes cyclic prefix insertion, pilot symbol configuration, channel estimation techniques, bit error rate curve generation, and comprehensive experimental report in English.
This MATLAB model demonstrates a QPSK modulation system designed for transmission over a bandpass channel with center frequency fc = 100 Hz and bandwidth B = 30 Hz, incorporating AWGN at the receiver. The system employs SRRC filters with excess bandwidth α = 0.18, and implements an NDA timing recovery loop followed by a DD phase recovery loop in the receiver chain.
Simulation of MIMO System Channel Capacity under AWGN Conditions with Implementation for Performance Analysis
Implementation of RAKE receiver for 2 users under 4-path/5-path multipath AWGN with first-order Rayleigh fading channel, incorporating m-sequence and Gold sequence spreading codes with diversity combining techniques
A BPSK performance simulation system implemented using MATLAB/Simulink with AWGN channel modeling. After running the simulation, users can observe the signal-to-noise ratio gain achieved through BPSK modulation and demodulation processes.
Turbo OFDM System Performance Analysis in Additive White Gaussian Noise Channel with Implementation Details
SNR estimation code with accompanying IEEE reference paper, featuring MCRB simulation analysis under AWGN conditions
Simulation study of OQPSK modulation performance under AWGN and frequency-selective fading channel conditions with implementation analysis
A concise OFDM with QPSK simulation featuring AWGN channel modeling and bit error rate (BER) statistical analysis. This implementation demonstrates modulation/demodulation processes with code-level insights into key signal processing stages.