Explore MATLAB source code curated for "Matlab" with clean implementations, documentation, and examples.
A MATLAB-based solution for the unit commitment problem in power systems, featuring simple and understandable code implementation with comprehensive algorithm explanations.
Developing MATLAB-based kinematic simulation software for mobile manipulators by implementing the Denavit-Hartenberg (D-H) parameterization method for robotic arm modeling and trajectory analysis.
Comprehensive introduction to MATLAB's PDE Toolbox for partial differential equation solving, covering algorithms, implementation, and applications.
MATLAB-based implementation of the optimal power flow problem in power systems with comprehensive code annotations and algorithmic explanations
MATLAB-based source code implementation for L1-norm calculation in sparse representation, featuring algorithm explanations and practical parameter tuning guidelines
A MATLAB-based phase-field simulation program for dendritic growth in pure nickel solidification studies, excluding fluid flow coupling. The implementation models 2D grain evolution using finite difference discretization with periodic boundary conditions, featuring tunable thermophysical parameters for adaptation to other pure metals. Key computational parameters include: anisotropy strength p=36, grid spacing dx=l, time step dt=0.1, gradient coefficient k=0.5, latent heat L=1.0, linear coefficient m=1.0, and 300x300 grid nodes.
Implementation of a MATLAB-based six-degree-of-freedom missile simulation model for trajectory analysis and performance optimization
A MATLAB finite element implementation using four-node rectangular elements, designed for general-purpose applications with comprehensive code structure including element formulation, stiffness matrix assembly, and boundary condition handling.
Implementation of combined forecasting using Discrete Grey Prediction Model and AR Prediction Model in MATLAB with code integration
This file contains MATLAB-based code implementation for D-S Evidence Theory, supporting both theoretical derivation validation and practical evidence combination operations with customizable belief functions and combination rules.