Modeling and Simulation of Proton Exchange Membrane Fuel Cell Systems
Development of PEM fuel cell system models using MATLAB Simulink for comprehensive system analysis and performance optimization
Professional MATLAB source code with comprehensive documentation and examples
Development of PEM fuel cell system models using MATLAB Simulink for comprehensive system analysis and performance optimization
A MATLAB/Simulink-based wind power generation simulation program designed for analyzing grid-connected wind turbine system behavior under steady-state, transient, and fault conditions, accompanied by corresponding research paper documentation. The si
Simulink-based Linear Quadratic Regulator (LQR) control design and simulation with implementation details
This MATLAB 7.0-based Simulink simulation project implements various communication signal modulation techniques including AM, PM, FM, ASK, PSK, FSK, and QPSK, featuring comprehensive model blocks and parameter configurations suitable for both self-le
Simulation of doubly-fed wind turbine generator with active and reactive power (PQ) control strategy implementation
Research and simulation of PQ control in distributed generation using MATLAB/Simulink, featuring implementation of control algorithms and system performance analysis
This package contains a comprehensive Simulink model designed for DC motor speed regulation and startup simulation, featuring adjustable PID controllers and dynamic load modeling.
Simulation of CAMC and PID parallel control implemented using SIMULINK, demonstrating enhanced system response and stability through combined algorithm integration
A Simulink simulation model for electric vehicle fuel cells, designed for simulating electric vehicles or hybrid electric vehicles, incorporating system dynamics and energy management algorithms.
MATLAB source code for DC servo motor control implementation, featuring a three-closed-loop control structure with position feedback, speed feedback, and current feedback. The system employs hybrid fuzzy-PID control, which automatically switches to P
Implementation of fuzzy control algorithm demonstrates excellent performance outcomes.
Implementation of an inverted pendulum simulation using MATLAB programming language with SIMULINK modeling and control system analysis
A comprehensive and detailed software-defined radio example designed using Simulink, featuring complete implementation workflow and simulation analysis.
PID BLDC Motor Controller featuring straightforward integration and superior control capabilities, ideal for various motion control applications
Simulink-based carrier recovery model with constellation diagram observation capability
A motor PID control program integrating multiple PID regulation techniques, featuring implementation details for proportional, integral, and derivative control components with additional optimization functions.
A functional Simulink model demonstrating adaptive control algorithms, implementing a model-reference-free control approach as a practical application example for collaborative learning and knowledge exchange
This is a functional two-level SVPWM simulation model featuring comprehensive implementation details for power electronics system analysis, including space vector modulation algorithms, PWM generation techniques, and voltage control strategies.
Implementation of a three-phase uncontrolled rectifier bridge harmonic detection system using MATLAB SIMULINK, featuring signal processing algorithms and power electronics simulation techniques.
A comprehensive fuzzy control simulation program containing practical assignment exercises, designed for hands-on learning and performance evaluation.