Explore MATLAB source code curated for "Matlab" with clean implementations, documentation, and examples.
This study utilizes MATLAB, one of the world's most popular simulation software platforms, to simulate light reflection processes. Leveraging MATLAB's user-friendly environment, we successfully modeled the reflection behavior of a rotating light ray using an innovative programming approach with matrix transformations and geometric calculations.
A MATLAB-implemented example program demonstrating Gibbs sampling from Gaussian distribution data. The code includes comprehensive comments for better understanding, making it particularly helpful for students learning Markov Chain Monte Carlo (MCMC) methods. Having experienced significant challenges while learning Gibbs sampling myself, I hope this code will assist others facing similar difficulties in grasping this important sampling technique.
MATLAB implementation and analysis of coherent integration (signal multiplication and summation) and non-coherent integration (signal summation followed by squaring) techniques for digital signal processing applications.
MATLAB code and program for computing copula functions with detailed implementation insights and algorithm descriptions for financial applications.
Implementation of the Reynolds equation solution via finite difference method with a concise MATLAB program, including parameter explanations and numerical approaches
A MATLAB-based source code toolbox for programming GARCH and multivariate GARCH models, featuring parameter estimation, model diagnostics, and forecasting capabilities.
Utilizing MATLAB to generate 7-bit and 13-bit Barker codes and plot their power spectrum density using signal processing functions.
This is an Adaptive Frequency Control (AFC) program developed in MATLAB, designed to provide robust frequency regulation solutions with dynamic adaptation capabilities.
Implementation of attribute reduction for decision systems in MATLAB with complete source code Word documentation, featuring algorithm explanations and core function descriptions
MATLAB-based polarization state simulation with comprehensive light intensity computation algorithms for various polarization conditions, including implementation details and code methodologies