Decoupling Control of Multi-Input Multi-Output Systems Using PID Neural Networks
Decoupling Control of Multi-Input Multi-Output Systems via PID Neural Networks with Implementation Insights
Five-Degree-of-Freedom Vehicle Model
The five-degree-of-freedom vehicle model is widely used by suspension research institutions and scientific organizations for suspension optimization using various software tools. MATLAB has become increasingly prevalent and plays a crucial role in ve
Three-Level Inverter Implementation Using Simulink
Three-Level Inverter Design and Simulation Using Simulink with Advanced Control Algorithms
Soft Starting Simulation Model for Asynchronous Motors in Simulink
A comprehensive Simulink simulation model for soft starting of asynchronous motors, featuring detailed component analysis, implementation algorithms, and practical application scenarios with MATLAB/Simulink code integration.
Sensorless Vector Control of Permanent Magnet Synchronous Motors Based on Sliding Mode Observer
Sensorless vector control simulation for permanent magnet synchronous motors using sliding mode observers, implemented through a Simulink model.
SVPWM Implementation for Three-Level and Two-Level Inverters
Space Vector PWM (SVPWM) implementation for three-level and two-level inverters with algorithm explanations and code-level insights
Braking Torque Distribution Modeling Using Simulink
MATLAB/Simulink-based modeling approach for braking torque distribution, categorizing torque into friction braking torque and regenerative braking torque, with implementation of control strategies through block diagram configurations.
FM Signal Modulation and Demodulation using Simulink
Simulation of FM signal modulation and demodulation implemented in MATLAB Simulink environment
Active Power Filter with Rapid Harmonic Current Detection Method
Simulink simulation model of an active power filter implementing fast harmonic current detection methodology
MATLAB Simulink-Based Buck Converter Step-Down Chopper Circuit
A buck converter step-down chopper circuit built using MATLAB Simulink, featuring correct modeling that ensures direct usability for practical applications with stable voltage reduction performance.
Asymptotic Wind Speed Model Implementation Using Wind Speed Formula in SIMULINK Environment
A functional asymptotic wind speed model developed in SIMULINK based on wind speed formulas, featuring parameter configuration and simulation capabilities.
MATLAB Implementation of OFDM Modulation with Simulink Simulation for Ultra-Wideband Communication
Simulink-based simulation of ultra-wideband communication systems utilizing OFDM modulation, featuring code implementation details for multi-carrier signal processing and system performance analysis.
State Feedback Control Simulation with MATLAB
MATLAB simulation program for state feedback control with detailed comments, including PID controller implementation with comprehensive algorithm explanations
Rule-Based Logic Threshold Control Strategy for Hybrid Electric Vehicles
Development of a rule-based logic threshold vehicle control strategy for hybrid electric vehicles using Simulink modeling
Simulink Implementation of Matrix Converter for Power Electronics
Simulink model file for matrix converter simulation with modular power electronics design and control algorithm implementation
Single-Joint Robot Dynamics Simulation Using Simulink Block Diagrams
Conducting single-joint robot dynamics simulations using Simulink block diagrams. The RAR package contains one documentation file and two Simulink model files (identical content, with one compatible with versions below 6.5 and another for versions 7.
Photovoltaic Cell Simulink Model with MPPT Implementation
Comprehensive Simulink model for photovoltaic cells incorporating Maximum Power Point Tracking (MPPT) algorithm along with supporting technical documentation and research materials.
Photovoltaic Array MPPT Tracking and Grid-Connected Inverter Control
MATLAB SIMULINK simulation implementing Maximum Power Point Tracking (MPPT) for photovoltaic arrays and grid-connected inverter control algorithms, with verified performance.
Intelligent Neural Network Control Modeling for Robotic Arms
Neural network intelligent control modeling for robotic arms with Simulink simulation and source code implementation
Simulink Program for Six-Degree-of-Freedom Equation
A custom-built Simulink program for simulating six-degree-of-freedom motion equations, designed to analyze object dynamics in 3D space with configurable initial conditions and external torque inputs.