Explore MATLAB source code curated for "仿真" with clean implementations, documentation, and examples.
MATLAB simulation program for dual-stage matrix converter inversion, featuring sector determination, phase angle calculation, and comprehensive protection mechanisms with detailed algorithmic implementation.
A fully encapsulated simulation of doubly-fed induction generator systems with customizable parameter configurations, featuring modular code architecture for flexible wind turbine and grid integration studies.
This simulation implements a single-phase Z-source inverter with SPWM (Sinusoidal Pulse Width Modulation) control strategy, featuring power switching devices and resonant components.
This code implements a wind turbine rotor model to simulate wind turbine characteristics, including aerodynamic performance and power generation efficiency analysis.
LEACH (Low-Energy Adaptive Clustering Hierarchy) is an early classic protocol for wireless sensor networks that optimizes energy efficiency through adaptive hierarchical clustering. The protocol employs distributed cluster formation techniques and periodic cluster head rotation to evenly distribute energy consumption across network nodes. This repository provides multiple MATLAB implementations demonstrating cluster head election algorithms, energy consumption modeling, and network lifecycle simulations using probabilistic threshold calculations and round-based scheduling mechanisms.
Simulation Study on the Influence of Axial Stress on Reflection Spectra of Bragg Fiber Gratings
MATLAB-based Poisson distribution simulation code with validation routines and comprehensive technical documentation
Simulation code for uniform Bragg grating using Runge-Kutta method implementation with detailed numerical solution approach.
Wind farm modeling and simulation project featuring modular implementations for wind speed profiles and turbine systems, specifically focusing on doubly-fed induction generators (DFIG) with operational and debugging capabilities.
A simulation of stepper motor missed step conditions. This is a relatively complete simulation approach, but it only considers missed steps under single pulse conditions. From an implementation perspective, this simulation could utilize MATLAB/Simulink to model torque-speed characteristics and load dynamics.