Fuzzy PID Controller Design Source Code
MATLAB-based fuzzy PID controller design source code with successful implementation and excellent control performance, featuring fuzzy logic integration and system optimization capabilities
Professional MATLAB source code with comprehensive documentation and examples
MATLAB-based fuzzy PID controller design source code with successful implementation and excellent control performance, featuring fuzzy logic integration and system optimization capabilities
MATLAB simulation program for a fuzzy PID controller, featuring internal schematic diagrams of the fuzzy controller, along with membership function plots for 2 input variables and 1 output variable. The implementation demonstrates fuzzy logic tuning
This project implements multipath simulation of the LMS (Least Mean Square) algorithm using Simulink, verifying that the LMS system maintains excellent convergence and tracking performance even in multipath environments. The simulation includes adapt
A comprehensive Simulink-based Unscented Kalman Filter (UKF) tutorial covering the complete development workflow from algorithm design, simulation, hardware-in-the-loop (HIL) testing, to building a standalone embedded system. Includes MATLAB/Simulink
Simulation model for asynchronous motor vector control utilizing indirect vector control and SVPWM modulation algorithm. The SVPWM algorithm is fully implemented using MATLAB m-language programming, providing valuable reference for relevant designers
Simulink Simulation of PWM Closed-Loop Control for Boost DC-DC Converters, featuring detailed model implementation and control algorithm analysis
MATLAB-based modeling of wavelet neural network control for robotic arms using Simulink, complete with source code implementation
Simulink model of a buck-boost DC-DC converter featuring a front-stage buck converter and a rear-stage boost converter, enabling appropriate voltage step-up/down regulation with implementable pulse-width modulation (PWM) control logic.
Simulation models for three-level systems and space vector pulse width modulation (SVPWM), providing valuable references for learning power electronics control algorithms and their code implementations.
A Simulink-based MATLAB implementation for GMSK bit error rate testing with advanced signal processing capabilities
A three-level Space Vector Pulse Width Modulation (SVPWM) simulation program developed using MATLAB and running on the Simulink platform, featuring detailed algorithm implementation and customizable parameters for power electronics system analysis.
Original Simulink simulation source code for three-phase SPWM rectifier circuit with implementation details
Implementation and development of a PMSM (Permanent Magnet Synchronous Motor) SMO (Sliding Mode Observer) controller model file with comprehensive technical specifications.
Complete ZigBee system simulation source code designed for MATLAB's Simulink environment, featuring protocol stack implementation, network topology modeling, and performance analysis capabilities.
SVPWM Program for the Development and Application of Three-Phase Induction Motor Frequency Converters - Implementation of Space Vector Pulse Width Modulation Algorithm with Voltage Vector Sector Identification and PWM Signal Generation
Implementation of an intelligent control system design with specified transfer functions and design objectives, featuring Simulink-based MATLAB 6.5 source code that can be adapted to other systems through parameter modification.
PID fuzzy control for vehicle straight-line motion implemented in MATLAB, with trajectory plotting functionality upon execution
Detailed source code for Kalman filter programming simulation using Simulink, featuring comprehensive algorithm implementation and model configuration
This example demonstrates a standard PID control implementation including system modeling, where the control objective is helicopter pitch angle regulation using a second-order transfer function as the plant model.
A comprehensive Simulink model of a single-phase voltage source PWM rectifier that provides accurate and complete simulation capabilities, featuring detailed implementation of control algorithms and power electronics components.