Explore MATLAB source code curated for "摄像机" with clean implementations, documentation, and examples.
This program implements 3D reconstruction of objects using MATLAB, employing a methodology that first calibrates the camera to establish the relationship between the image coordinate system and world coordinate system. The system then reconstructs 3D information from multiple 2D images. The package includes MATLAB source code (.m files) and reconstruction images in JPG format, featuring camera calibration algorithms and stereo vision techniques.
Classic Zhang Zhengyou's two-step camera calibration methodology, encompassing both monocular and stereo calibration procedures. Implemented using MATLAB with robust algorithms for parameter estimation.
This algorithm implements fundamental matrix computation for stereo vision cameras in MATLAB 2008b environment. It includes four main functions: main, sevenPoint, eightpoint, and eightpoint_norm. The main.m serves as the program entry point, handling experimental data generation and loading, calling the three fundamental matrix computation functions, and visualizing the results. The sevenPoint.m implements the 7-point algorithm, eightpoint.m uses the standard 8-point algorithm, while eightpoint_norm.m performs data normalization before applying the 8-point method for improved numerical stability.
A sophisticated 3D human body tracking software developed in MATLAB, utilizing four-camera multi-view tracking for comprehensive motion analysis and pose estimation.