Control and Implementation of Induction Generators
Advanced Control Strategies for Induction Generators with Algorithmic Implementation
MATLAB Code Implementation for Controlling HFSS Modeling
Utilizing MATLAB to control HFSS modeling provides significant convenience and time-saving benefits through automated scripting and parametric design approaches.
Vector Control of Induction Motor with MATLAB Implementation
MATLAB implementation of induction motor vector control system using three PI regulators for closed-loop motor control
ANFIS Control of DC Motor Implementation
Implementation of DC Motor Control using Adaptive Neuro-Fuzzy Inference System (ANFIS) with MATLAB Code Integration
Control of a Quadrotor Using Linear Quadratic Regulator: Mathematical Modeling and Implementation Approach
Implementation of quadrotor control using Linear Quadratic Regulator (LQR) methodology, featuring system linearization, state-space modeling, and optimal gain computation with MATLAB/Simulink implementation considerations.
Temperature Control Program Implementation
This project implements temperature control through MATLAB programming, achieving optimal results! While initial development utilized C, the MATLAB implementation demonstrates superior functionality through its specialized toolboxes and visualization capabilities.
Permanent Magnet Synchronous Motor Control Using PI Controller
Implementation of vector control for permanent magnet synchronous motors using PI controllers, featuring code-level insights and algorithm explanations.
DC Motor Control Using Fuzzy Logic Controllers with Algorithm Implementation
Implementation of fuzzy logic controller-based DC motor speed and direction regulation with rule-based algorithm descriptions
Projectile Flight Control: Algorithms and Implementation
Advanced flight control systems for projectiles and missiles, featuring sensor integration, trajectory optimization, and real-time adjustment algorithms for precision navigation
Automotive 7-DOF Simulink Model for Vehicle Dynamics Control
A comprehensive 7-degree-of-freedom Simulink model for automotive dynamics control, featuring customizable parameter settings for various vehicle dynamics simulations and control strategy research