Professional MATLAB source code with comprehensive documentation and examples
This project presents a DDS (Direct Digital Synthesis) model constructed with basic Simulink blocks in MATLAB, simulating DDS signal generation with equivalent functionality implemented through a companion M-file - essential for MATLAB enthusiasts ex
Active Power Filter (APF) - One of the subsystem diagrams in MATLAB/Simulink simulation implementing the DQ0 control algorithm for harmonic suppression.
Two three-level Space Vector Pulse Width Modulation (SVPWM) simulation models with detailed implementation code and supporting technical literature
DC Motor Mathematical Model including three distinct model files with corresponding MATLAB demonstration files for PID speed control and position control
Fundamental MIMO OFDM 2x2 Link Implementation via Simulink with Signal Processing and Communication System Modeling
Fuzzy control implementation for a first-level inverted pendulum utilizing a fusion function concept grounded in optimal control theory, with Simulink-based simulation and parameter analysis.
This SVPWM SIMULINK simulation module enables comprehensive waveform visualization for space vector pulse width modulation analysis, featuring ready-to-use implementation with configurable parameters for motor drive applications.
Comprehensive SIMULINK Simulation of MC-CDMA with Performance Analysis and Implementation Details
An industrial system can be modeled as a second-order process with time delay, featuring actuator dead zone of 0.07 and saturation limit of 0.7. Sampling time T=0.01 seconds; reference input r(t)=1.5. Design requirements: 1) Develop fuzzy controller
A functional microgrid simulation model with photovoltaic energy storage system, ready to run with customizable parameters and modifiable architecture
Simulink model for motor drive system featuring PI controller parameter adjustment to simulate control performance, including program execution result diagrams with implementation insights
Simulation model for three-level space vector pulse width modulation (SVPWM) with MATLAB/Simulink implementation
Simulink model of a motor driven by an SVPWM inverter operating in sensorless control mode, featuring implementation of space vector PWM algorithm and flux observer techniques
This module implements GMSK modulation using Simulink with comprehensive performance testing, including BER analysis and spectral characteristics evaluation through MATLAB scripting integration.
A Simulink-modeled RACH channel and receiver module designed for simulating RACH channel characteristics and receiver performance, incorporating key signal processing algorithms and system-level validation components.
Simulink simulation of three-phase PWM with third harmonic injection control, including a filter to observe PWM waveforms after low-pass filtering - suitable for power electronics beginners with practical implementation insights
Simulink modeling of wind turbines and photovoltaics enables accurate simulation of both wind and solar power characteristics, with scalability to function as distributed generation modules in any microgrid or distribution network.
MATLAB-based PID control implementation for electric motors - download and run in MATLAB environment with detailed code explanation
Development of a backward-facing simulation model using Simulink with integrated driver model implementation
Simulation of a quadrotor UAV flight control system, employing fuzzy PID control for motor output regulation with implementation insights on controller design and parameter tuning.