Professional MATLAB source code with comprehensive documentation and examples
Fractional-order PID controllers introduce two additional tunable parameters compared to standard PID controllers, enabling control functionalities unachievable by conventional PID while delivering superior precision and effectiveness.
Two simulation models for three-level SVPWM implementation with detailed algorithm analysis
Designed for automotive MATLAB simulations with specific focus on clutch control systems, this implementation utilizes fuzzy PID control algorithms to achieve more rational and precise control performance.
Utilizing Simulink simulation tools to analyze binary symmetric channels and evaluate the improvement in bit error rate (BER) through channel coding techniques such as Turbo codes, with implementation insights into encoding/decoding algorithms.
This project demonstrates the development of a Pulse Code Modulation (PCM) encoder using SIMULINK in MATLAB, including implementation details and algorithm explanations.
This documentation details the vector control methodology for induction motors using PID controllers, including implementation algorithms and code-level descriptions for motor control systems.
Implement a vehicle following system where two vehicles move in a straight line, with the rear vehicle maintaining a predefined safe distance while adapting to the lead vehicle's acceleration/deceleration patterns. The simulation should generate curv
Simulink Simulation Model for BP-Based Neural Network Architecture with Implementation Details
Direct torque control for permanent magnet motors incorporating SVPWM control strategy, demonstrating effective performance through optimized switching patterns and torque regulation algorithms
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.
Simulation model of a 12-pulse controlled rectifier circuit implemented in Simulink for power electronics analysis
Implementation of an MPPT simulation model using the hill climbing algorithm in MATLAB's Simulink environment, featuring parameter configuration for solar irradiance and battery voltage with real-time performance monitoring.
Advanced PID Simulator for Brushless DC Motor Control System Optimization
Standard 9-node PSAT dynamic model including model description with component specifications, along with Simulink-based implementation demonstrating power system simulation setup and configuration
This algorithm implements fuzzy PID control based on a control rule table using MATLAB development, featuring ready-to-run capability with comprehensive code implementation including fuzzy inference system setup and PID parameter adjustment logic.
The established Simulink simulation model diagram for the brushless DC motor system includes functional modules such as: inverter module, power supply module, commutation logic module, PWM signal generation module, motor body module, speed measuremen
Fuzzy PID control methodology with MATLAB simulation examples, featuring practical implementations and algorithm demonstrations from reference literature
Development and Application of a DMC Simulation Program Using Simulink Modules
Simulation of PID Control System for DC Servo Motor Speed Using MATLAB Simulink with Code Implementation Details
A MATLAB-based implementation of a straightforward and effective fuzzy control algorithm, featuring detailed documentation and modern AI enhancements