Explore MATLAB source code curated for "仿真" with clean implementations, documentation, and examples.
This program simulates fault recovery processes in a 30-node distribution network, ultimately determining the optimal operable switch set using intelligent algorithms and network reconfiguration techniques.
SIMULINK model for stepper motors, providing a simulation module that enables comprehensive analysis of stepper motor dynamics and performance characteristics.
Implementation of a 2D FDTD simulation for transverse electric (TE) wave propagation using Perfectly Matched Layer (PML) absorbing boundary conditions, featuring Yee grid discretization and leapfrog time-stepping algorithm.
Control Model Simulation of Three-Phase Power Inverter and Grid-Connected Generation Methods with Algorithm Implementation Analysis
Simulation of Direct Torque Control algorithm for Permanent Magnet Synchronous Motors using MATLAB Simulink. This project features an optimized algorithm implementation with excellent simulation results, a clean interface for easy parameter adjustments, and modular design suitable for modifications and further development.
HVDC transmission model featuring a six-pulse configuration, fault scenario simulations, and reference current variation analysis with implementation insights
Simulation of laser operation based on rate equations for ytterbium-doped fiber lasers, including numerical implementation approaches
This comprehensive wind power generation system model utilizes vector control techniques and represents a complete simulation-ready system. Originally developed as my graduation project, it contains multiple integrated modules and subsystems that can help students and researchers working in this field understand practical implementation approaches.
Using MATLAB to implement Maximum Likelihood method simulations for symbol timing synchronization and carrier synchronization, including key algorithmic implementations and parameter configuration approaches.
Analysis and Simulation of Four Isolated DC-DC Circuits: Double-Switch Forward, Single-Ended Flyback, Push-Pull, and Full-Bridge Topologies, along with a Three-Output Single-Ended Flyback DC-DC Converter