A Class of Geometric Active Contour Algorithms in Active Contour Models
Geometric Active Contour Algorithms, also known as Level Set Methods, with MATLAB source code including a test implementation example
Explore MATLAB source code curated for "matlab源码" with clean implementations, documentation, and examples.
Geometric Active Contour Algorithms, also known as Level Set Methods, with MATLAB source code including a test implementation example
MATLAB source code for TDOA positioning using Taylor series expansion least squares algorithm - Original work by GreenSim team with comprehensive implementation details
Implementation of Active Contour Model (Snake Model) with complete MATLAB source code, suitable for image segmentation, object tracking, and shape analysis tasks
MATLAB source code for simple shape detection using Hough Transform, downloaded from MATLAB's official website, featuring implementation for line and circle detection algorithms
MATLAB source code for simulating a first-order inverted pendulum system, featuring a vertical cantilever-pendulum configuration with mathematical modeling and control system implementation
MATLAB source code implementation of Steffensen's iteration method for numerical root finding with convergence acceleration
Improved K-distribution sea clutter simulation program with high-quality MATLAB source code featuring optimized statistical modeling and parameter configuration capabilities.
MATLAB source code for performing ANOVA (Analysis of Variance) with usage examples included in the source files. This is a downloaded resource, not original work. Ideal for developers interested in statistical analysis implementation and algorithm discussion.
A MATLAB implementation of JPEG2000 providing core functionality with some limitations, welcoming feedback and suggestions for improvement from the programming community.
MATLAB source code for forward and inverse Radon transforms with flexible implementation options including linear and parabolic Radon transformations, featuring configurable parameters for customized image processing applications.