Multi-class Classification Using Hypersphere Support Vector Machines
Implement multi-class classification with hypersphere support vector machines, where each hypersphere encloses samples from one class using kernel-based optimization techniques.
Explore MATLAB source code curated for "提取" with clean implementations, documentation, and examples.
Implement multi-class classification with hypersphere support vector machines, where each hypersphere encloses samples from one class using kernel-based optimization techniques.
MATLAB source code implementation for digital image watermarking attacks, embedding, and extraction processes, featuring robust algorithm implementations and comprehensive technical analysis.
This program implements Harris corner point extraction and demonstrates registration results between two images, providing a valuable tool for computer vision applications with detailed code implementation insights.
MATLAB simulation code for OFDM communication system implementation with comprehensive signal processing modules
Matching main images with sub-images and locating their corresponding positions using image processing techniques
An original MATLAB program for license plate localization enabling precise positioning through advanced image processing algorithms
Comprehensive guide to audio digital watermarking processes including embedding methods, attack simulations, extraction algorithms, and detection mechanisms with code-oriented implementation details
Implementation code for extracting cricket sounds from mixed audio containing both cricket chirps and helicopter noise, along with separated audio files for cricket sounds and helicopter sounds after extraction.
This MATLAB-based simulation implements a discrete wavelet transform (DWT) digital watermarking algorithm, featuring watermark embedding, extraction, and comprehensive attack resistance testing with excellent performance results.
Implementation of digital image watermark embedding and extraction using neural networks, with custom-developed code and algorithms.