Gabor Wavelet for Extracting Image Texture Features
Implementation of Gabor wavelet-based image texture feature extraction using MATLAB programming language, including filter bank creation and feature vector generation.
Explore MATLAB source code curated for "Gabor小波" with clean implementations, documentation, and examples.
Implementation of Gabor wavelet-based image texture feature extraction using MATLAB programming language, including filter bank creation and feature vector generation.
Feature extraction using Gabor wavelets combined with Support Vector Machine (SVM) classification for palmprint, face, and fingerprint recognition systems.
Implement image feature extraction using Gabor wavelets with ready-to-use code for direct implementation
This MATLAB implementation demonstrates Gabor wavelet feature extraction with comprehensive image testing capabilities. Gabor wavelets have gained significant popularity among researchers for image feature extraction due to their effectiveness in capturing essential characteristic information from images. The implementation includes multiple Gabor filter configurations with adjustable parameters for optimal feature detection.
Gabor wavelet program implementing multi-scale and multi-directional transformations with configurable frequency and orientation parameters
Gabor Wavelet-based Image Texture Feature Extraction Implemented in MATLAB
A comprehensive MATLAB implementation for image processing using Gabor wavelet feature extraction followed by Support Vector Machine (SVM) classification, applicable to palmprint, face, and fingerprint recognition systems with detailed code implementation strategies.
Implementation of Gabor wavelets for face recognition using MATLAB programming, featuring comprehensive algorithm explanations and ready-to-use code examples suitable for graduation projects and academic research
Implementation of feature extraction using Gabor wavelets for iris recognition systems, including accompanying iris normalization procedures with code-level implementation details
Gabor Wavelets for texture extraction with dynamically adjustable orientation and scale parameters in the program implementation