MATLAB Simulation of Non-Data-Aided Carrier Frequency Offset Estimation Algorithm
This project presents a MATLAB simulation of a non-data-aided carrier frequency offset estimation algorithm, including implementation details and performance analysis.
Explore MATLAB source code curated for "MATLAB仿真" with clean implementations, documentation, and examples.
This project presents a MATLAB simulation of a non-data-aided carrier frequency offset estimation algorithm, including implementation details and performance analysis.
MATLAB simulation implementation using delay multiplication method to estimate symbol rate of modulated signals, featuring signal processing algorithms and parameter analysis techniques
This MATLAB simulation source code implements π/4-DQPSK digital modulation and demodulation, providing a comprehensive demonstration of signal generation, constellation mapping, differential encoding/decoding, and BER performance analysis.
Accompanying MATLAB simulation code for the classic book "Radar System Design with MATLAB Simulations" - essential implementation resources that help beginners reinforce understanding through practical simulation exercises and algorithm demonstrations.
Implementing MATLAB simulation of Rayleigh fading phenomena in wireless communication channels with code-based modeling and analysis
A MATLAB-based simulation program for calculating and analyzing bottom-fed microstrip patch antennas, featuring customizable parameters and visualization tools for antenna performance evaluation.
Based on classical cooperative communication principles, a MATLAB simulation was conducted for a Decode-and-Forward (DF) transmission scheme, including implementation details of node modeling and signal processing.
A comprehensive and intuitive MATLAB simulation program for Reed-Solomon encoding and decoding, featuring modular GF(Q) arithmetic operations (each operation implemented as separate function files), RS encoding module, and a detailed decoding module. The decoding module includes submodules for syndrome calculation, error locator polynomial computation, error position determination, and error magnitude calculation. Includes dedicated testbench functionality for verifying each module's correctness with complete implementation details and algorithm explanations.
Implementing RS Encoder and Decoder on DSP Platform - Starting with MATLAB Simulation and Transitioning to Hardware Deployment
MATLAB simulation for analyzing BER (Bit Error Rate) in PSK communication systems, designed to evaluate system performance across SNR values ranging from 0 to 10 dB with implementation details for signal generation and error calculation.