Image Fusion Using Laplacian Pyramid
Implementation of image fusion using Laplacian pyramid for infrared-visible image fusion and multi-focus image fusion with code-level algorithm explanations
Explore MATLAB source code curated for "红外" with clean implementations, documentation, and examples.
Implementation of image fusion using Laplacian pyramid for infrared-visible image fusion and multi-focus image fusion with code-level algorithm explanations
This paper proposes an infrared and visible light image fusion method utilizing the Non-Subsampled Contourlet Transform (NSCT). The approach implements weighted fusion for high-frequency coefficients by combining activity measures and multi-resolution coefficient correlations, while low-frequency coefficients are processed through local gradient-based activity measurement with a hybrid weighted-selection fusion rule.
Implementation of infrared dim small target detection based on a 9x9 median filter window size, with algorithm efficiency analysis and code implementation considerations
This documentation provides detailed implementation of tracking algorithms combining radar and infrared data, featuring comprehensive code examples suitable for beginners and intermediate developers
This program implements infrared and visible image registration by utilizing edge information for image matching, performing edge detection to identify closed contours, and using chain code representation for precise image alignment.
This program implements infrared and visible image registration by leveraging edge information from both image types. The implementation performs edge detection to identify closed contours, then utilizes chain code representation of contours for precise image alignment. Key processes include Canny edge detection, contour extraction algorithms, and chain code-based feature matching.
An infrared and visible light image fusion code implementation utilizing the Curvelet Toolbox, featuring multi-scale geometric transformation for enhanced image fusion.
Color Image Fusion with NSCT Implementation for Infrared and Visible Light Image Integration - A Multi-scale Transform Approach