Motor Control Using Fuzzy Logic in Simulink
A Simulink model implementing fuzzy control for motor systems, providing a reference implementation for precise motor output regulation
Explore MATLAB source code curated for "Simulink模型" with clean implementations, documentation, and examples.
A Simulink model implementing fuzzy control for motor systems, providing a reference implementation for precise motor output regulation
A comprehensive Simulink model for studying EPS systems, featuring detailed component implementations and control logic
A comprehensive Simulink model implementing virtual synchronous generator technology, featuring active power-frequency regulation, reactive power-voltage control, and SPWM modulation modules with detailed code-based implementation insights
Simulink-based modeling and analysis of vehicle straight-line driving conditions, featuring customizable parameters for performance optimization and scenario simulation
This documentation presents various Simulink models for Analog Phase-Locked Loops (APLL), including control loop implementations, phase detector designs, and proportional-integral controllers with code-level implementation insights.
Egyptian researcher Wael Korani's implementation of Particle Swarm Optimization (PSO) algorithm that interfaces with Simulink models to optimize PID controller parameters - shared for community use and development
SIMULINK model of BUCK converter for small-scale wind power systems, including MPP model and MPPT-generated PWM control for maximum power point tracking
A Simulink model of an active power filter implementing instantaneous reactive power theory, designed to effectively eliminate power supply harmonics and reactive currents through strategic control algorithms.
Simulink implementation of a doubly-fed induction generator model utilizing DQ-axis synchronous rotating reference frame mathematical representation, featuring coordinate transformation algorithms and electrical parameter configurations.
Simulink model of a DC-DC full-bridge converter featuring closed-loop voltage regulation using PI control, demonstrating real-time voltage stabilization and dynamic load response