MATLAB Implementation and Visualization of Autocorrelation and Cross-Correlation Functions
Comprehensive guide to computing and plotting autocorrelation and cross-correlation functions using MATLAB with code implementation examples
Flight Simulation of Unmanned Aerial Vehicle Mathematical Models
MATLAB-based flight simulation experimental program for unmanned aerial vehicle mathematical models, featuring detailed implementations of flight dynamics and control algorithms.
MATLAB Implementation Example of 3D Reconstruction Using Structured Light
A practical MATLAB example demonstrating 3D reconstruction through structured light techniques, including pattern projection, deformation analysis, and 3D model generation.
Research on MATLAB Applications in Nonlinear Curve Fitting
This study explores the practical applications of MATLAB in nonlinear curve fitting, which proves highly beneficial for computational modeling. As a learner in this field, I found substantial value in understanding these techniques. Key MATLAB functions like `lsqcurvefit` and `fitnlm` implement optimization algorithms for parameter estimation, while graphical tools like the Curve Fitting Toolbox simplify iterative refinement processes.
MATLAB Simulation of PM Ocean Wave Spectra
MATLAB simulation program for PM ocean wave spectra analysis under varying wind speed conditions
Workspace Analysis for Parallel Robots using MATLAB
This MATLAB source code calculates and graphically visualizes the workspace of parallel robots, implementing kinematic constraints and spatial boundary detection algorithms.
MATLAB Robot Formation Simulation
This program enables robot formation simulation in MATLAB, featuring sensor modules, communication modules, controller modules, and environmental perception modules. The modular architecture allows easy modification and implementation through parameter adjustments in respective functional blocks. MATLAB is a high-performance numerical computation and visualization software developed by MathWorks, renowned as an internationally acclaimed scientific computing environment that integrates matrix operations, signal processing, and graphical display capabilities.
MATLAB Implementation Code for Traffic Flow Cellular Automaton
MATLAB implementation of traffic flow cellular automaton featuring: * Car-following functionality (implemented using velocity adjustment algorithms based on headway distance) * Lane-changing functionality (using decision matrices with safety/gap acceptance criteria) * Cellular space definition (configurable grid parameters via matrix initialization) * Vehicle definition (object-oriented properties for type, dimensions, and kinematic parameters) * Driver characteristic definition (behavioral parameters including reaction time and decision thresholds) * Departure density definition (Poisson distribution or time-based vehicle generation) * Signal timing definition (configurable traffic light cycles using state machines) * Lane-changing ratio definition (probabilistic rule-based parameter controls)
Implementation of Branch and Bound Method for Integer Linear Programming Using MATLAB
Experiment Objective: Implement the branch and bound method in MATLAB to solve integer linear programming problems. Experiment Content: Apply the branch and bound algorithm to find the optimal solution for a given linear integer programming problem, including detailed implementation steps and code structure explanation.
Interferometer Direction Finding MATLAB Programs
Multiple MATLAB programs for interferometer direction finding with cross-compatibility features. Includes FFT-based implementations and five core algorithms with essential computational modules for signal processing and direction of arrival estimation.