Explore MATLAB source code curated for "通信" with clean implementations, documentation, and examples.
Research on 8PSK and TCM communication systems with MATLAB source code implementation, featuring Viterbi decoding algorithm that supports both soft decision and hard decision decoding methods
MATLAB serves as a widely adopted scratchpad-style programming environment that can be easily mastered even by non-computer science majors. By leveraging MATLAB to establish communication with lower-level devices like microcontrollers and DSPs, users can efficiently implement control systems and data acquisition. MATLAB's powerful computational and processing capabilities then enable sophisticated post-processing operations, making it particularly advantageous for graduate students conducting thesis projects. The implementation involves using MATLAB for serial port communication control, where VC.m functions as the main interface file and other files serve as subroutines, providing practical assistance for embedded system development.
MATLAB code for Costas loop implementation, widely used in modern communication systems for carrier synchronization
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.
Simulation programs for various components of digital communication transmission systems, including modulation, demodulation, A/D conversion, D/A conversion, channel transmission, and sampling decision processes with code implementation details
Code for the classical water-filling algorithm in communications, commonly invoked for subcarrier and power allocation in OFDM systems
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 process and displays the final beam pattern with comprehensive code implementation details.
This project provides a MATLAB implementation and simulation of the Gardner algorithm for bit synchronization in digital communication systems, featuring clock recovery and timing error correction functionality.