Simulation Study on Dual-Threshold Spectrum Detection Performance Based on Energy Detection
Performance Simulation Research of Dual-Threshold Spectrum Detection Using Energy Detection Methodology
Explore MATLAB source code curated for "性能仿真" with clean implementations, documentation, and examples.
Performance Simulation Research of Dual-Threshold Spectrum Detection Using Energy Detection Methodology
Performance simulation of 4DPSK and 8DPSK modulation schemes in Gaussian channels, featuring both coherent demodulation and custom-implemented non-coherent demodulation methods. The simulation includes algorithm implementation details and provides valuable reference for applications requiring non-coherent detection.
A comprehensive simulation of Space-Time Block Coding (STBC) performance in 2-transmit-2-receive and 4-transmit-4-receive MIMO configurations, featuring complete encoding/decoding algorithms with MATLAB implementation and comparative BER performance plots.
Simulation of decode-and-forward cooperative transmission performance using diverse relay selection strategies, including algorithm implementation and comparative analysis
Performance Simulation of MC-CDMA Systems Using MATLAB with Code Implementation Details
MATLAB simulation of energy detection performance in Rayleigh fading channels, primarily focusing on the relationship between false alarm probability and detection probability
This project implements performance simulation of differential space-time block coding, addressing the limitations of traditional space-time coding schemes. The simulation follows the performance evaluation methodology presented in the book "Space–Time Block Coding for Wireless Communications", incorporating MATLAB-based implementation with key functions for constellation mapping, differential encoding, and MIMO channel modeling.
Performance simulation of BM hard decision in RS coding, including error rate and symbol error rate evaluations with code implementation insights
Simulation of LDPC code performance in AWGN channel using MATLAB scripts: geth.m (H-matrix generation), getG.m (H-to-G matrix conversion), H2G.m (alternative conversion method), decode.m (encoding implementation), and BER.m (bit error rate calculation). This simulation follows traditional encoding schemes: generating H-matrix, converting to G-matrix, encoding data transmission through Gaussian channel, and evaluating BER performance.
Performance simulation of cyclostationary detection for cognitive radio BPSK signals including signal cyclic spectrum diagrams and MATLAB implementation details