Droop Control Implementation in MATLAB Simulink
Modeling and Simulation of Droop Control for Power System Stability in MATLAB Simulink
Professional MATLAB source code with comprehensive documentation and examples
Modeling and Simulation of Droop Control for Power System Stability in MATLAB Simulink
Simulation algorithm for fuzzy and PID control implemented in Simulink, featuring comparative analysis of fuzzy control and PID control methodologies with modular implementation approach.
A complete MATLAB simulation example for PID control that is ready to use, including M-file implementations and SIMULINK models with detailed parameter tuning and performance analysis capabilities.
SIMULINK Model of Electric Power Steering System (Including Full Vehicle Model)
Simulation of Switching Power Supply PWM (Pulse Width Modulation) and PFM (Pulse Frequency Modulation) using SIMULINK with implementation modeling and analysis
MATLAB Simulink-based bidirectional DC-DC converter control model for battery energy management with PWM control algorithms and PI regulators
Single Lithium Battery Simulink Model with Code Integration and Algorithm Explanations
Simulink simulation for Maximum Power Point Tracking (MPPT) in wind-solar complementary energy systems with code implementation insights
Simulink-based communication system simulation featuring source encoding and modulation techniques, accompanied by detailed PDF documentation explaining the implementation process and results
This Simulink introductory tutorial is based on classroom lecture materials, designed for easy comprehension by beginners. It covers fundamental concepts, practical usage, and includes hands-on examples with implementation insights.
Sensorless PMSM MATLAB simulation with self-tuning PID control - optimized parameters showing satisfactory performance in motor control applications
A MATLAB/Simulink-based algorithm called Trigger that performs noise reduction and peak detection using moving average and matched filters, while validating signal integrity. The algorithm is implemented in M-code and encapsulated into Simulink via S
Deadbeat Control Model S-Function for Simulink Environment - Essential for Power Electronics Research and Academic Papers
Comprehensive guide to photovoltaic system modeling in MATLAB Simulink, covering component selection, parameter configuration, simulation techniques, and power network integration strategies with code implementation details
7. Two-Transmit One-Receive STBC in Single-Path Rayleigh Channel: (1) Analyze theoretical bit error rate performance and plot BER vs. Eb/N0 curves. (2) Design a specific pilot-assisted channel estimation method, implement Simulink simulation, and mea
Dynamic modeling and basic PID control implementation for quadrotor unmanned aerial vehicles using Simulink, featuring comprehensive system simulation and control algorithm design.
MATLAB-based source code for model adaptive fuzzy control system, featuring simulation examples with detailed programming implementation notes covering parameter configuration and algorithm validation.
The Space Vector Pulse Width Modulation (SVPWM) Simulink module is a commonly used technique in power electronics for precise motor control through voltage signal modulation
With extensive experience in MATLAB Simulink simulations for wireless communications (National Key Laboratory of Anti-jamming Communications), this Turbo iterative decoding implementation represents one of the most classic communication links I've en
Three-Phase SVPWM Rectifier Control - A simulation model developed in MATLAB/Simulink demonstrating excellent performance and suitability for widespread implementation. The model implements Space Vector Pulse Width Modulation (SVPWM) algorithm for ef