Professional MATLAB source code with comprehensive documentation and examples
This BP Neural Network Simulink model example demonstrates a discrete transfer function implementation. The trained network can approximate arbitrary transfer functions or nonlinear functions through supervised learning algorithms.
This Simulink model implements Direct Torque Control (DTC) for induction motors, featuring core algorithm implementations including flux and torque hysteresis controllers, switching table logic, and voltage vector selection.
A functional random wind speed model constructed in SIMULINK based on wind speed formulas, featuring implementable code structure and parameter configuration
SVPWM-Driven Direct Torque Control Simulation Model, featuring implementation of space vector PWM for efficient torque and flux regulation in motor drives. The model is packaged in svpwmdtc.rar, containing MATLAB/Simulink files with configurable cont
Design and Simulation of PID Control System for Quadrotor Dynamics in MATLAB Simulink Environment
Wind Turbine Simulation with Doubly-Fed Induction Generator (DFIG) using MATLAB Simulink - Implementation and Control Strategies
A simple and practical Simulink simulation block diagram for studying second-order multi-agent system consensus, featuring configurable parameters and agent behaviors for experimental modifications
GMSK Modulation Simulation implementing core GMSK functionality for graduation project requirements, including complete Simulink modeling with Gaussian filtering and phase modulation components
Implementation of DC motor control system using PID controller designed through MATLAB and Simulink, featuring mathematical modeling, parameter tuning, and simulation analysis.
Simulink-based simulation of a three-phase asynchronous machine featuring PWM (Pulse Width Modulation) control, three-phase inverter implementation, and complex vector representation of the MAS (Machine Asynchrone) for analyzing electrical machine be
SIMULINK MODEL FOR FLEXIBLE D-STATCOM - A detailed implementation with power system control algorithms
This documentation presents Simulink-based simulations of Duffing and Lorenz chaotic systems, followed by time-delayed feedback control and synchronization control implementations for the Lorenz system. Additionally, it includes a Simulink-based slid
AIC and MDL Algorithms: Evaluating Eigenvalues with Implementation Insights
This program implements a PID controller for depth control of an Autonomous Underwater Vehicle (AUV). AUVs are unmanned underwater vehicles used for various underwater operations, where precise depth control is critical. The implementation includes t
MATLAB-verified SIMULINK simulation model for synchronous motor closed-loop speed regulation with enhanced control algorithm implementation details
MATLAB Simulink-based wind turbine model for wind power generation systems, featuring aerodynamic power conversion and mechanical torque simulation.
Implementation of fuzzy control systems and their simulation programs, including algorithm development and performance evaluation
A single-cycle control MDL model implementing rectifier and inverter functionality with power conversion and regulation capabilities, featuring switching device timing control and frequency modulation algorithms.
Comprehensive collection of DSTATCOM Simulink models demonstrating power system applications, control algorithms, and performance analysis with detailed implementation code.
Comprehensive materials on PID control algorithms including implementation code examples and parameter tuning techniques