Explore MATLAB source code curated for "学习" with clean implementations, documentation, and examples.
This is a practical implementation example of predictive control that required extensive searching to obtain - suitable for those studying this field. The example demonstrates how to implement Model Predictive Control (MPC) algorithms using mathematical formulations and control optimization techniques.
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-based rolling bearing fault diagnosis code featuring frequency calculation algorithms, including characteristic fault frequency computation and signal processing techniques for collaborative learning
All MATLAB code implementations from Sutton's reinforcement learning textbook, featuring practical algorithm demonstrations with detailed code explanations - valuable learning resources that are typically hard to locate
This MATLAB program for fault line selection in low current grounding systems (LICG) provides valuable learning resources for power system engineers. The implementation demonstrates practical algorithms for identifying ground faults through simulation and analysis.
A comprehensive FMCW simulation program featuring chirp signal generation, target modeling, and signal processing algorithms for educational and research purposes
Practical gravity anomaly upward continuation implementation with spectral analysis approach, highly recommended for geophysics students studying potential field methods and signal processing techniques
Dual-lane traffic flow simulation system designed for educational purposes and continuous development, featuring customizable parameters and traffic control implementations
MATLAB simulation of three-phase reactive power compensation (SVC) featuring controller design, power system modeling, and performance evaluation algorithms. Ideal for power electronics and power system studies with practical code implementation insights.
This resource includes a comprehensive research paper on subspace identification methods paired with practical program code, providing significant value for learning and implementing subspace identification algorithms