Explore MATLAB source code curated for "OFDM通信系统" with clean implementations, documentation, and examples.
Study of OFDM communication systems' resilience to multipath fading interference, with additional focus on frequency offset estimation and compensation techniques, including implementation approaches using pilot-based algorithms and phase rotation correction methods.
This project presents a relatively complete simulation design of an OFDM communication system, featuring modules for coding, modulation, IFFT, up/down conversion, Gaussian channel modeling, FFT, PAPR suppression, various synchronization techniques, demodulation, and decoding. The system's reliability is validated through comprehensive performance simulations, with implementation approaches including constellation mapping algorithms, cyclic prefix insertion, and pilot-based channel estimation methods.
A MATLAB source code for an OFDM communication system, providing a valuable resource for students and researchers in communications engineering to understand and experiment with key OFDM functionalities.
A simulation program for the Iterative Clipping and Filtering (RCF) algorithm designed to reduce Peak-to-Average Power Ratio (PAPR) in OFDM communication systems, featuring MATLAB/Python implementation with configurability for clipping threshold, iteration count, and spectral analysis capabilities.
MATLAB simulation code for OFDM communication system implementation with comprehensive signal processing modules
Simulation of OFDM communication systems using MATLAB. This PDF document covers OFDM principles, detailed code explanation, and simulation performance results including spectrum analysis and BER performance metrics.
A comprehensive MATLAB simulation of OFDM system featuring clear and complete source code. This relatively complete OFDM communication system simulation design includes modules for encoding, modulation, IFFT, up/down conversion, Gaussian channel modeling, FFT, PAPR suppression, various synchronization techniques, demodulation, and decoding. System performance simulation comprehensively validates the reliability of the system design through BER analysis and spectral efficiency evaluation.
This project presents a relatively complete simulation design of an OFDM communication system, incorporating modules for coding, modulation, IFFT/FFT operations, up/down conversion, Gaussian channel modeling, PAPR suppression, various synchronization techniques, demodulation, and decoding. The system's reliability has been validated through comprehensive performance simulations evaluating key metrics like BER and throughput.
MATLAB simulation of power line channel noise model, implementing impulse noise injection at the transmitter side of power line OFDM communication system and employing specific decoding algorithms at the receiver side for signal recovery and performance analysis.
Coding components in OFDM communication systems, including pilot signal implementation, synchronization algorithms, and additional critical modules with code-level explanations