Professional MATLAB source code with comprehensive documentation and examples
Simulation Study of Reflected Spectrum Impact on Fiber Bragg Gratings under Combined External Force and Temperature Effects with Code Implementation Strategies
Solving stochastic differential equations presents significant computational challenges. This foreign-developed toolbox provides comprehensive implementations of various numerical methods for SDE solutions, including key algorithms like Euler-Maruyam
Simulation of formation changes and transformations in drone swarms
Using MATLAB to determine ARMA model order according to the Akaike Information Criterion (AIC), with implementation approaches and key function explanations.
Application Background: A complete vector control simulation for permanent magnet synchronous motor featuring speed and current control loops, delivering satisfactory and accurate simulation results. Key Technologies: Implementation of Park and inver
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 estimatio
Geophysical inversion programs with compiled code implementations, adaptable for petroleum exploration, mineral resource assessment, and computational science domains.
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,
Original Dempster combination formula calculation function for DS evidence reasoning. Detailed usage instructions can be found in the help documentation within this file. This implementation provides a MATLAB-based framework for evidence combination
This project researches stock pair trading strategies using MATLAB, accompanied by comprehensive PDF documentation. The implementation employs statistical techniques including correlation process analysis and cointegration analysis to validate pair t
Directly applicable fuel cell model with comprehensive component integration and simulation-ready implementation.
MATLAB simulation for closed-loop control of supercapacitor charging and discharge processes, including implementation of control algorithms and system modeling.
A comparative study of BP neural network methodologies for wind power forecasting, evaluating approaches both incorporating and excluding NWP numerical weather prediction data, featuring comprehensive datasets and real-world case implementations with
Numerical solution techniques for partial differential equations, covering Poisson's equation, eigenvalue equations, heat conduction equation, and wave equation with implementation approaches
The Perturb and Observe (P&O) method is one of the most commonly used Maximum Power Point Tracking (MPPT) techniques. Its core principle involves periodically increasing or decreasing the photovoltaic array's output voltage (a process called "perturb
Yu Li robust control design example program using LMI methods, providing a simple yet comprehensive demonstration of robust controller design for a system with MATLAB implementation considerations.
MATLAB Time-Frequency Analysis Toolbox featuring source code implementations of Short-Time Fourier Transform (STFT), Cohen-class bilinear time-frequency distributions, Affine-class bilinear time-frequency distributions, ambiguity functions, and other
Excellent research paper with complete source code implementation. Voltage sag is one of the most concerning dynamic power quality issues. The widespread use of new power electronic devices demands higher power quality standards in grid systems. Sinc
Implementation of robot grid mapping techniques and path planning algorithms for autonomous navigation in structured environments
Numerical simulation of 2D elastic waves in homogeneous isotropic media using Cerjan boundary conditions. Includes mathematical formulas and references. Features pre-built velocity models and Ricker wavelet functions - ready to run after extraction.