Direct PID Controller Design Using the Ziegler Function
The Ziegler function enables direct design of PID-class controllers for systems, automatically computing optimal parameters through established tuning rules.
High-Quality OFDM Simulation Programs
Excellent OFDM simulation programs including source code implementations and Simulink platform simulations, featuring various OFDM system configurations and performance analysis capabilities.
MATLAB Fuzzy Controller Implementation with Gaussian Membership Functions
MATLAB programming file for fuzzy controller using Gaussian membership functions, featuring complete fuzzy logic implementation with rule-based inference systems.
Fuzzy Control Robot Trajectory Tracking Algorithm
A practical fuzzy control algorithm for robot trajectory tracking with detailed implementation insights
Digital Modulation and Demodulation Simulation using Simulink
Simulation of 2ASK, 2FSK, and 2PSK signals using Simulink as the foundational platform, with implementation details covering signal generation, modulation schemes, and demodulation techniques through built-in communication blocks.
Fuzzy Adaptive PID Control Simulation for Hydraulic Systems
Simulation of hydraulic system fuzzy adaptive PID control, including design files for the fuzzy controller with MATLAB/Simulink implementation examples.
Determining P, PI, PID Parameters Using Ziegler-Nichols Tuning Formulas
Using Ziegler-Nichols tuning formulas to calculate P, PI, and PID parameters, where Gc represents the compensator transfer function, kp is the proportional gain, Ti is the integral time constant, and Td is the derivative time constant. The input para
SVPWM Slip Frequency Closed-Loop Speed Control System for Three-Phase Induction Motor
MATLAB implementation of a three-phase induction motor speed control system using SVPWM with slip frequency closed-loop control, developed for MATLAB 7.4 version
Wind Power Generation System Simulation Model Using Simulink
Simulink-based simulation model for wind power generation systems, featuring intuitive graphical implementation and simplified modeling approach
Simulink Simulation of a Custom SPWM Inverter Implementation
Custom-developed SPWM inverter simulation using Simulink with detailed modeling of control algorithms and power electronics components
DPSK Communication System Simulation Using Simulink
DPSK Communication System Simulation Based on Simulink. Simulink is a MATLAB package for dynamic system modeling and simulation that shifts user focus from programming to model construction, eliminating repetitive coding tasks. Each Simulink block op
Three-Phase Bridge Two-Level Power Converter
Three-phase bridge two-level converter topology with implementation analysis
Inverted Pendulum Simulink Simulation Source Code and Research Paper
Simulink simulation source code and research paper for inverted pendulum system, including comprehensive documentation with performance result screenshots, algorithm implementation details, and control method analysis
Stabilization of Triple Inverted Pendulum Using Robust Control Methods
Implementation of three robust control designs for triple inverted pendulum stabilization, featuring detailed algorithm explanations, Simulink simulations with code implementation insights, and comprehensive technical annotations.
Photovoltaic and Battery DC Microgrid Systems
Integration of photovoltaic systems with battery storage in DC microgrid configurations for sustainable power distribution
Simulation Models for Full-Wave and Half-Wave Rectification
A comprehensive SIMULINK-based simulation model demonstrating full-wave and half-wave rectifier circuits
Vehicle Seven-Degree-of-Freedom Model in Simulink
A seven-degree-of-freedom full vehicle model developed using MATLAB/Simulink for dynamic simulation and analysis.
Active Power Filter Based on Instantaneous Reactive Power Theory
An active power filter implementation built in MATLAB Simulink using instantaneous reactive power theory for harmonic mitigation and reactive power compensation
BER Calculation under Limited Feedback Conditions
BER calculation under limited feedback conditions implemented via Simulink with channel modeling and performance analysis
Implementation of SVPWM Modulation Using Simulink
Simulink-based implementation of Space Vector PWM (SVPWM) modulation with comprehensive designs for three-phase and single-phase phase-locked loops (PLL), maintaining essential modules including PI controllers for system stability and performance opt