MATLAB Implementation of Image Encryption using Arnold Scrambling and Logistic Chaotic Sequence for Color Images
MATLAB source code for color image encryption program combining Arnold image scrambling with Logistic chaotic sequence generation
Explore MATLAB source code curated for "彩色图像" with clean implementations, documentation, and examples.
MATLAB source code for color image encryption program combining Arnold image scrambling with Logistic chaotic sequence generation
BM3D image denoising algorithm represents one of the most advanced denoising techniques available, providing superior noise reduction for various image types. The implementation includes comprehensive BM3D denoising capabilities for color images, motion images, and other specialized formats, featuring optimized block-matching and 3D filtering operations.
This presents a novel watermarking algorithm for color carrier images using hypercomplex frequency domain processing. The method employs Fast Hypercomplex Fourier Transform (FHFT) to embed watermarks in selected frequency bands while modifying symmetric coefficient values, ensuring the watermarked image maintains RGB transmission compatibility. Through analysis and MATLAB implementation, the algorithm demonstrates effective error diffusion across RGB channels via inverse hypercomplex Fourier transform, achieving optimal balance between watermark imperceptibility and security. The proposed "cross-redundant embedding" strategy further enhances robustness, with experimental results validating the algorithm's superiority.
The integration of Genetic Algorithm with BP Neural Network enables effective segmentation of both color and grayscale images, with optimized parameter tuning and adaptive learning capabilities.
A color image edge detection algorithm implementing J. van de Weijer's "Robust Photometric Invariant Features from the Color Tensor" with code-level implementation insights
Processing of RGB components in color images with implementation approaches for component manipulation.