Dynamic Programming Approach for Shortest Path Computation
MATLAB source code implementing dynamic programming algorithm to solve shortest path problems, featuring subproblem optimization and path evaluation techniques.
Finite-Difference Time-Domain Method with Absorbing Boundary Conditions for Solving 2D Maxwell's Equations
Highly effective MATLAB source code implementing FDTD with absorbing boundary conditions for solving two-dimensional Maxwell's equations, featuring robust numerical implementation and clear algorithmic structure
Multiple Linear Regression: MATLAB Source Code Implementation
Multiple Linear Regression Analysis with Comprehensive MATLAB Source Code for Statistical Modeling and Predictive Analytics
Classic BA Scale-Free Network Model in Complex Networks
MATLAB source code implementation of the BA scale-free network model with degree calculation functionality - an essential tool for complex network research featuring preferential attachment algorithm implementation and network analysis capabilities.
Rough Set-based Feature Selection with MATLAB Implementation
MATLAB source code for implementing feature selection algorithms based on rough set theory, including core data structures and attribute reduction functions.
The Classic BA Scale-Free Network Model in Complex Networks with MATLAB Implementation
MATLAB source code for the most classical BA scale-free network model in complex networks, including degree calculation functionality - an essential network model for complex network research with practical implementation details.
MATLAB Applications in Automotive Theory
MATLAB source codes for automotive theory concepts, thank you for your support - let's enhance our technical discussions through code implementation examples!
MATLAB Source Code for Calculating Shortest Distance Between Any Two Points
MATLAB implementation for computing shortest path distances between arbitrary nodes using graph algorithms
Solving the Blasius Solution Using the Runge-Kutta Method
This paper employs the Runge-Kutta method to solve the Blasius solution, a powerful numerical technique for solving higher-order differential equations. It provides a brief introduction to the Runge-Kutta algorithm and includes MATLAB source code implementation with explanations of key computational steps and function usage.
MATLAB Source Program for Determining if Random Data Follows Normal Distribution
MATLAB source code implementation for normality testing of random datasets with statistical method explanations