Professional MATLAB source code with comprehensive documentation and examples
Performance analysis of channel coding in AWGN channel environment (including Bit Error Rate BER and overhead/execution time), implemented using Hamming Code, Golay Code, Circular Code, and Convolutional Code with detailed algorithmic comparisons
Simulation source codes for digital communications including BPSK, AM, and QPSK modulation schemes with comprehensive algorithm descriptions.
This source code implements a Rayleigh fading channel model with simplified structure, making it ideal for beginners to understand wireless communication fundamentals
Simulation of cooperative communication systems, including AF (Amplify-and-Forward) and DF (Decode-and-Forward) cooperative schemes with code implementation insights.
MC-CDMA Simulation: Multi-Carrier CDMA System Modeling with 16 Active Users and 2-Path Rayleigh Fading Channel Characteristics
LDPC encoding and decoding MATLAB program utilizing Belief Propagation (BP) decoding algorithm, featuring MATLAB simulation implementation of LDPC codec with classical BP decoding methodology
Spectral characteristics of the BOC modulation method, explaining its excellent properties against multipath interference, with insights into code implementation and signal processing techniques.
MATLAB implementation of DSSS communication system featuring 4 modular m-files covering signal generation, spreading, transmission, and despreading processes
Self-developed DVB-T 2K mode receiver featuring comprehensive demodulation modules, analog down-conversion circuitry, and digital down-conversion algorithms with MATLAB/Simulink implementation. The system includes carrier synchronization, timing reco
Main program for simulating RFID anti-collision algorithms, specifically focusing on Aloha algorithm implementation and performance analysis
This MATLAB implementation provides comprehensive performance evaluation of trellis-coded modulation using 8-PSK (8-Phase Shift Keying), featuring BER (Bit Error Rate) analysis and constellation visualization through systematic simulation workflows.
This program simulates the V-BLAST system and its detection algorithms, supporting BPSK, QPSK, 16QAM, and 64QAM modulation schemes. The implemented detection algorithms include ML (Maximum Likelihood), MMSE (Minimum Mean Square Error), ZF (Zero Forci
Channel characterization and impulse response function computation for frequency-selective fading channels, specifically designed for MIMO and MIMO-OFDM system simulations with implementation details.
A downloadable MATLAB-based Jake receiver model implementation using statistical methods to simulate wireless channel fading with configurable Doppler spectrum parameters for communication system analysis.
Massive MIMO (Multiple-Input Multiple-Output) Technology: A wireless communication system utilizing multiple antennas at both transmitter and receiver ends, commonly pronounced as "my-moh" or "me-moh", with enhanced descriptions of signal processing
Implementation of LTE downlink channel estimation featuring algorithms including LS (Least Squares), LMMSE (Linear Minimum Mean Square Error), SVD-MMSE (Singular Value Decomposition MMSE), with interpolation techniques such as linear interpolation, s
Implementation of fuzzy control module in wireless sensor network power control with graphical display capabilities and code-level description
Array antenna beamforming program providing a convenient tool for antenna pattern simulation, with implementation details including phase/amplitude control algorithms and radiation pattern visualization.
A compact MATLAB simulation program for LDPC codes with small information sequence size, yet delivering excellent simulation performance and accurate error correction analysis.
Implementation of simple physical layer network coding in two-way relay channels with code-based performance analysis