MATLAB Program for Calculating Delay Time and Embedding Dimension Using CC Method
A MATLAB implementation employing the CC method to compute time delay and embedding dimension parameters for time series analysis
Code-Generated Canon Musical Composition
This interesting MATLAB program generates a beautiful canon musical piece through algorithmic composition. The implementation likely involves audio synthesis using MATLAB's Signal Processing Toolbox functions like audioplayer and soundsc, with potential use of trigonometric functions for waveform generation.
Gauss-Seidel Iteration Method with Finite Difference Approach in MATLAB
MATLAB implementation package for solving differential equations using finite difference discretization and Gauss-Seidel iterative solver (matlab_finite_difference_gauss_seidel.rar)
MATLAB Program for Calculating Correlation Dimension
MATLAB program for calculating correlation dimension - (MEX function, ultra-fast)-----------------------------------Directory contents: 1. CorrelationDimension_main.m - Main program file 2. LorenzData.dll - Generates Lorenz discrete data 3. normalize_1.m - Data normalization 4. PhaSpaRecon.m - Phase space reconstruction 5. CorrelationDimension.dll - Correlation integral calculation function 6. CorrDim_buffer.dll - Cache file
MATLAB Programs for Leaf Area Index Calculation
Several MATLAB programs for calculating Leaf Area Index (LAI) with detailed descriptions included. Contains three specialized mini-programs with code implementation features.
Scale-Free Networks and Small-World Networks with MATLAB Implementation
Implementation of both scale-free and small-world network models using MATLAB programming, including algorithm descriptions and key function explanations
MATLAB Program for Triangular Meshing Using Linear Interpolation
A MATLAB implementation for triangular mesh generation utilizing linear interpolation algorithms, featuring command-line operation and customizable data input for scientific visualization.
KSVD MATLAB Implementation and Application Examples
MATLAB code implementation and practical application examples of KSVD algorithm for reference and learning purposes.
Practical Active Contour Model Implementation
A comprehensive MATLAB implementation of active contour models with customizable parameters and interactive visualization capabilities.
MATLAB Implementation of 2DPCA with Algorithm Explanations
A concise MATLAB implementation of 2DPCA (Two-Dimensional Principal Component Analysis) designed for academic projects. Unlike some complex foreign implementations, this version focuses on clarity and practicality. The code includes proper matrix operations for covariance calculation and eigenvalue decomposition, ensuring correctness through rigorous testing. Suitable for beginners learning pattern recognition and experienced users needing a reliable 2DPCA baseline.