Explore MATLAB source code curated for "性能" with clean implementations, documentation, and examples.
This source code simulates encoding/decoding performance under erasure channels, incorporating practical development experience and learning insights, providing high reference value with detailed algorithm implementations and comparative analysis.
A comprehensive OFDM simulation program developed using MATLAB to analyze bit error rate performance with detailed code implementation
Simulation and evaluation of BPSK modulation performance under AWGN channel conditions with MATLAB implementation examples - valuable for communication system designers
Comparative Performance Evaluation of LMS, RLS, and Kalman Filter-Based Multiuser Detectors
Performance simulation of Bit Error Rate (BER) for Rake receivers in Ultra-Wideband (UWB) systems with single-antenna configuration, including implementation details for channel modeling and receiver algorithms.
Code for evaluating image segmentation algorithm performance, including a Word document explaining the methodology and listing specific references. The implementation covers key metrics calculation and validation techniques.
This simulation evaluates the performance of frequency hopping CCSK soft spread spectrum systems, providing valuable insights through practical implementation and testing methodologies for researchers and developers.
Comprehensive analysis of space-time-frequency block coding performance in OFDM systems, including comparative study between ST-OFDM and SFT-OFDM with implementation considerations
A new active contour model algorithm that simplifies traditional implementation processes while improving performance. The associated paper "Active Contours Driven by Local Image Fitting Energy" was published in Pattern Recognition (2009). This approach enhances segmentation accuracy through localized energy minimization techniques.
Implementation of wireless sensor energy protocols demonstrating significant performance improvements compared to existing neighbor discovery algorithms, featuring optimized energy management through efficient scheduling and routing mechanisms.