Explore MATLAB source code curated for "Simulink" with clean implementations, documentation, and examples.
A comprehensive Simulink simulation program for UAV (Unmanned Aerial Vehicle) modeling and control system design, featuring multi-scenario testing environments and practical control algorithm implementation.
Fundamental Approach for Estimating Battery SOC Using MATLAB/Simulink with Code Implementation Details
Simulink simulation of direct torque control for induction motors with code-related implementation insights
This study develops a MATLAB/Simulink simulation model to analyze the distribution of local maximum power points in photovoltaic cells under partial shading conditions. The implementation involves creating an equivalent mathematical model of photovoltaic cells using Simulink blocks and custom MATLAB functions. The research investigates the hot-spot effects caused by shading, theoretically and experimentally validating how bypass diodes cause multiple knees in V-I characteristics and multiple peaks in V-P curves. Key algorithms include maximum power point tracking (MPPT) analysis and partial shading pattern recognition. The study focuses on predicting local maximum power point distributions under shaded conditions through derived equations, with simulation validation using PV array configurations and shading scenarios.
Implementation of Kalman Filter Algorithms through MATLAB Simulink for Dynamic System State Estimation
Implementation of an AC-DC-AC power converter model using MATLAB/Simulink with LabVIEW integration for hardware interfacing and data acquisition
Simulink model for asynchronous motor control based on Chen Boshi's theories, covering power electronics and motion control. Power electronic converters have transitioned from thyristor-based controlled devices to power switching devices, shifting control technology from phase control to PWM (Pulse Width Modulation). Analog electronic controllers have been largely replaced by digital electronic controllers, while AC adjustable-speed drives have progressively superseded DC drives. Significant advancements continue in AC drive control technologies, with modern implementations leveraging MATLAB/Simulink for algorithm development and system simulation.
SIMULINK Simulation of FSK Modulation Technique with Detailed Parameter Settings and Implementation Analysis
Implementation of a pulse radar system using Simulink (Verified compatible with MATLAB 6, untested with MATLAB 7) - Includes code methodology and block diagram configurations
This practical MATLAB Simulink example demonstrates automatic generation control in power systems through two comprehensive system diagrams, featuring implementation details of control algorithms and modeling approaches.