Classic Density-Based Clustering Algorithm OPTICS with MATLAB Implementation
Classic density-based clustering algorithm OPTICS implemented in MATLAB, featuring clear explanations and executable code for practical data analysis applications
Explore MATLAB source code curated for "简单易懂" with clean implementations, documentation, and examples.
Classic density-based clustering algorithm OPTICS implemented in MATLAB, featuring clear explanations and executable code for practical data analysis applications
MATLAB implementation of C4.5's main functions - simple to understand with excellent extensibility
A well-documented and easy-to-understand NUFFT (Non-Uniform Fast Fourier Transform) program code sourced from international websites, thoroughly validated for complete accuracy. The implementation demonstrates efficient algorithms for handling non-uniformly sampled data with Fourier transforms.
MATLAB program for convolutional code (2, 1, 3) encoding and decoding with clear explanation and implementation details
A relatively straightforward color histogram quantization and conversion program suitable for applications like object tracking, designed to assist those needing to understand this domain with clear code implementation examples.
A straightforward and easy-to-understand zigzag scanning implementation for MPEG compression encoding, featuring clear loop-based logic and efficient data processing.
A straightforward and easy-to-understand FFT program written in MATLAB, with detailed code explanations and algorithm insights.
A personally developed MATLAB program for infrared image enhancement, featuring straightforward implementation with clear algorithmic explanations!
RAKE receiver MATLAB implementation featuring clear, understandable code from a renowned American professor. This implementation includes detailed algorithm explanations and key function descriptions. For technical inquiries, contact: 02212090@bjtu.edu.cn
Implementation of standard Cellular Neural Networks for image edge detection using MATLAB, featuring simplified code structure for better understanding