Explore MATLAB source code curated for "源码" with clean implementations, documentation, and examples.
In Zhang Zhengyou's checkerboard-based camera calibration approach, the homography matrix serves as a critical step. This implementation provides high-performance source code with improved accuracy and efficiency for homography estimation.
MIMO channel capacity simulation derived from source code in the classic MIMO book "Multiple-Input Multiple-Output Communication Systems"
Source code implementation for road extraction using fuzzy connectivity methods, referencing Li Chaofeng's "Intelligent Processing of Remote Sensing Images" with algorithm explanations and key function descriptions
RADARSAT-1 imaging processing program featuring complete source code and high-performance algorithms suitable for various data processing scenarios
A comprehensive OFDM simulation model with complete source code, featuring detailed design methodology and implementation insights for educational purposes.
MATLAB source code for artificial potential field obstacle avoidance algorithm, implemented with three core functions: angle calculation, attractive force computation, and repulsive force calculation. Extensive testing confirms stable algorithm performance with effective obstacle avoidance capabilities.
Fully functional SIFT source code for image stitching algorithms, tested and optimized with detailed implementation notes. Particularly helpful for MATLAB beginners to understand feature detection, matching, and image composition techniques.
Implementation of real-time image reading from camera with frame capture functionality using Python and OpenCV library
MATLAB source code for Markov Random Field (MRF) image segmentation containing over 30 functions. This example program provides practical implementation of Markov random fields, offering beginners an intuitive understanding of MRF concepts through working code examples.
This repository contains MATLAB-based source code for image recognition with various practical examples demonstrating different techniques and algorithms.