Method for Estimating Motion Blur Direction and Motion Blur Length Parameters
Implementation of a method for estimating motion blur direction and motion blur length parameters in digital images with code-related algorithm explanations.
Explore MATLAB source code curated for "方向" with clean implementations, documentation, and examples.
Implementation of a method for estimating motion blur direction and motion blur length parameters in digital images with code-related algorithm explanations.
This approach transforms formation direction control problems into dual control problems involving formation state and heading management, enabling more precise directional adjustments through coordinated control strategies.
Fingerprint enhancement implementation containing fingerprint images and corresponding MATLAB code, performing enhancement based on fingerprint orientation analysis using directional filtering techniques.
MATLAB implementation of Gabor filters featuring 5 scales and 8 orientations by default, with customizable parameters for optimized filtering performance in image processing applications.
This program implements 3D visualization of Gabor filters and demonstrates their application through frequency-domain convolution on an image, featuring 1 scale and 6 different orientations with algorithmic implementation details
Edge feature extraction involves calculating local maximums and orientations of image gradients. In practical implementations, differential operators are formalized and computed using fast convolution functions. Common operators include gradient operators, Laplacian operators, and Canny operators. The Canny edge detector represents a modern approach with superior edge detection performance, gaining widespread adoption. It utilizes the first derivative of Gaussian functions to achieve optimal balance between noise suppression and edge detection precision.
Multiscale directional feature extraction from images using wavelet transform, implemented with db4 wavelet for effective image analysis
Code implementation for feature extraction using image gray-level co-occurrence matrix, supporting feature calculation in four directions: 0°, 45°, 90°, and 135°, with optional distance parameter configuration.
MATLAB implementation of Structure Tensor for describing orientation and density characteristics, enabling local morphological analysis of 2D/3D data with gradient-based computation and eigenvalue analysis.
Traditional MUSIC algorithm implementation for narrowband incoherent signal direction of arrival estimation using a 6-element uniform linear array with additive white Gaussian noise