Artificial Bee Colony Optimization Algorithm
Artificial Bee Colony (ABC) algorithm - a swarm intelligence optimization technique inspired by honey bee foraging behavior
Explore MATLAB source code curated for "提取" with clean implementations, documentation, and examples.
Artificial Bee Colony (ABC) algorithm - a swarm intelligence optimization technique inspired by honey bee foraging behavior
This repository provides implementation source code for wireless localization algorithms, featuring advanced positioning techniques and practical functionalities for enhanced accuracy and stability.
Applying noise processing to host images after wavelet-based watermark embedding and extracting grayscale watermarks with algorithm implementation details.
MATLAB implementation of watermark embedding, extraction, and attack testing in image DCT domain - easily adaptable to your own programs with minor modifications. The code includes DCT coefficient manipulation, watermark encoding algorithms, and robustness evaluation against common image processing attacks.
Implementation of spline-based image region of interest extraction, applicable for region-based image retrieval systems with algorithm optimization details.
MATLAB program implementing Hough ellipse detection algorithm to identify elliptical shapes in digital images, featuring parameter space transformation and edge detection techniques
SVM source code implemented in MATLAB for support vector machines, designed for feature classification and extraction tasks with customizable parameters and algorithm optimizations
Implementation of Rayleigh wave dispersion curve extraction, utilizing dispersion curves for wave simulation and imaging, followed by dispersion inversion analysis
Research on methods for extracting single-frequency signals from broadband signals using adaptive filtering techniques, with implementation insights on algorithm selection and parameter tuning
MATLAB implementation of digital watermarking with complete embedding and extraction processes, supporting both wavelet domain and spatial domain approaches with detailed algorithm explanations