M-Sequence Generator MATLAB Program
A MATLAB implementation for generating M-sequences (pseudorandom binary sequences) with configurable length and polynomial parameters, featuring register feedback control and correlation analysis capabilities.
Newton's Method for Nonlinear Equations with Symbolic Computation
A MATLAB implementation of Newton's method for nonlinear equations using symbolic operations, accepting parametric algebraic expressions as input without requiring matrix separation.
Computing Lyapunov Exponent for Logistic Map
MATLAB Program for Calculating Lyapunov Exponent of Logistic Map with Algorithm Implementation Details
Comprehensive Lecture Notes on Multipath Doppler Effect with MATLAB Implementation
Detailed Multipath Doppler Effect Lecture Notes (Including MATLAB Code) - Features Clear Explanations and Extensive MATLAB Simulations for Practical Understanding
Monte Carlo Grain Growth Simulation MATLAB Program
MATLAB implementation of Monte Carlo grain growth simulation using stochastic methods and probability algorithms
MATLAB Program for Fuzzy Comprehensive Evaluation
A highly practical MATLAB program capable of performing fuzzy comprehensive evaluation with customizable algorithm implementation and data processing modules.
MATLAB Implementation of the Savings Algorithm for Mileage Optimization
A self-developed MATLAB program implementing the savings algorithm for vehicle routing optimization, validated through practical case studies with confirmed feasibility and robustness.
Markov Chains, Monte Carlo Methods, and Numerical Simulations
MATLAB Implementation of Markov Chains, Monte Carlo Methods, and Numerical Simulations
Simple MATLAB Implementation of D-S Evidence Theory Fusion Detection Method
MATLAB program implementing a straightforward D-S evidence theory fusion detection approach with detailed code structure and algorithm explanation
An Excellent MATLAB Program for Solving Square Lattice Problems in 2D Cartesian Coordinates Using Finite-Difference Time-Domain Method
A highly efficient MATLAB implementation of the Finite-Difference Time-Domain (FDTD) method for solving electromagnetic wave propagation in two-dimensional Cartesian coordinate systems with square lattice structures, featuring precise numerical results and customizable parameters.