MATLAB Corner Detection Code Implementation
This MATLAB-implemented corner detection program extracts pixel coordinates of corners in images for camera calibration applications.
Explore MATLAB source code curated for "摄像机标定" with clean implementations, documentation, and examples.
This MATLAB-implemented corner detection program extracts pixel coordinates of corners in images for camera calibration applications.
A comprehensive and practical camera calibration toolbox implemented in MATLAB, featuring robust algorithms and extensive functionality for accurate camera parameter estimation.
This program implements camera calibration for robotic vision systems with 3D visual reconstruction capabilities - a personally developed and experimentally validated solution demonstrating high precision accuracy in practical applications.
MATLAB-based implementation of binocular vision camera calibration with GUI interface, capable of calculating intrinsic and external parameters from multi-viewfield images using stereo calibration algorithms
A comprehensive MATLAB toolbox for camera calibration featuring multiple calibration algorithms, complete with user-friendly instructions for straightforward implementation and learning.
A MATLAB algorithm designed for efficient camera calibration, implementing key computer vision techniques for parameter estimation.
This program is primarily designed for camera calibration tasks, enabling measurement of both intrinsic and extrinsic camera parameters through systematic image analysis and geometric computation.
Active vision camera calibration program based on Ma Songde's stereo vision calibration method, featuring robust implementation with corner detection and pose estimation algorithms. Contact me for testing code and detailed documentation!
Implementation of 3D object measurement through encoded structured light, including preliminary image processing procedures and camera calibration techniques
Implement 3D object measurement through encoded structured light projection and analysis