Explore MATLAB source code curated for "ofdm系统仿真" with clean implementations, documentation, and examples.
This MATLAB program demonstrates an OFDM system simulation employing BPSK modulation, featuring digital signal processing implementation with key functions for modulation/demodulation and FFT/IFFT operations.
MATLAB-based OFDM system simulation under multipath fading channel conditions with code implementation analysis
OFDM system simulation featuring 1024 subcarriers with comprehensive implementation including convolutional coding, interleaving, QPSK modulation, up/down sampling filters, and channel estimation techniques
OFDM System Simulation with Carrier Frequency Offset Estimation - Implementation and Comparative Analysis of Three Distinct Estimation Algorithms
OFDM system simulation featuring various modulation techniques including BPSK, QPSK, 8-QAM, 16-QAM, 32-QAM, and 64-QAM, with code implementation for performance analysis and parameter optimization.
Comprehensive OFDM system simulation with detailed implementation guide. The receiver algorithms and program flow are correlated with the frame structure of transmitted OFDM symbols. Key implementation aspects include frame configuration, timing estimation algorithms, frequency offset compensation methods, and residual error tracking mechanisms.
A foundational OFDM system simulation using BPSK modulation, demonstrating bit error rate (BER) performance comparisons between OFDM and non-OFDM transmission schemes. The implementation includes core OFDM components such as IFFT/FFT operations, cyclic prefix insertion, and parallel-to-serial conversion with channel modeling capabilities.
OFDM system simulation including fading channel analysis, OFDM channel estimation, and OFDMA implementation with signal processing techniques
This comprehensive OFDM system MATLAB simulation includes implementation of synchronization algorithms, featuring timing estimation and frequency offset estimation algorithms with detailed code-level analysis
OFDM system simulation featuring convolutional coding and interleaving techniques, supporting both 16-QAM and QPSK modulation schemes, with channel impairments including multi-path fading and Rayleigh fading. The implementation incorporates comprehensive channel estimation, frequency offset compensation, and SNR analysis.