Professional MATLAB source code with comprehensive documentation and examples
PSK communication signal blind demodulation test program where final1_1 and final1_2 generate modulated signals using different PSK implementations, final2_1 performs carrier frequency pre-estimation, final2_2 conducts symbol rate pre-estimation, fin
A MATLAB simulation program for spread spectrum transceiver implementation using matched filter synchronization method with code-based correlation detection
MATLAB-based VBLAST-OFDM simulation featuring a comprehensive graphical user interface with detailed simulation plots and performance analysis results
This file presents an open-loop simulation model for an indirect two-stage matrix converter, with output results consistent with theoretical derivation. The space vector modulation strategy is implemented using S-function programming methodology, pro
This resource provides MATLAB code implementation and technical explanation of the Least Squares (LS) algorithm for channel estimation in communication systems, including function parameters and computational methodology.
Comprehensive analysis and practical implementation of the complex modulation ZOOM-FFT algorithm using MATLAB, featuring detailed code examples and experimental results for technical applications.
Application Context This code provides an extremely detailed simulation of an OFDM system. To facilitate better understanding for learners, the simulation includes both real and imaginary components of defined functions. It covers pre-demodulation pr
MATLAB implementation of the Jakes multipath fading channel model utilizing the sum-of-sinusoids method for wireless communication simulations
MATLAB implementation examples for several widely-used communication and radar signals, including BPSK, QPSK, QAM, and two Linear Frequency Modulated (LFM) signals with detailed code structure and modulation algorithm explanations
Performance Simulation of BPSK Modulation in AWGN Channel with MATLAB Implementation
Simulation of bit error performance for a (2,1,2) convolutional code encoder-decoder in a Binary Symmetric Channel (BSC), plotting the corrected bit error rate versus channel bit error rate curve, with encoder generator polynomials g1=[111] and g2=[1
MATLAB-based sonar array receive beamforming implementation focusing on horizontal plane beamforming with signal processing algorithms
This file provides MATLAB programs for adaptive beamforming in communications, which automatically adjust the main lobe direction of the formed beam according to the direction of arrival (DOA) of incoming waves. The program demonstrates the adaptive
A 2x1 MIMO system implementing BPSK modulation with Space-Time Trellis Coding (STTC), specifically using the Alamouti encoding scheme. The receiver performs corresponding decoding with simple implementation and excellent simulation results.
Examples of PCM encoding implementations, including uniform quantization encoding, non-uniform quantization encoding, and A-law PCM encoding with detailed algorithm explanations.
This project presents a simulation design of a MIMO-OFDM communication system incorporating Space-Time Block Coding (STBC). The system integrates key communication modules including QPSK modulation/demodulation, IFFT modulation, space-time encoding/d
In communication systems involving wired channels and non-satellite wireless channels, the channel can no longer be considered as a constant parameter channel. Signals typically propagate through unknown channels, commonly referred to as blind channe
The MMSE Minimum Mean Square Error Equalization simulation can be conveniently executed
MATLAB simulation of power control utilizing the Asynchronous Distributed Pricing (ADP) algorithm, which employs gradient-based optimization to achieve Nash equilibrium and obtain optimal solutions. Includes implementation of distributed computationa
A block-diagonalization-based precoding algorithm implementation featuring bit error rate computation, encoding procedures, and likelihood decoding methods with performance analysis capabilities.