Hexadecimal Counter Implemented Using Simulink
A hexadecimal counter designed with Simulink for counting and displaying hexadecimal values, featuring configurable triggers and graphical block-based implementation.
Simulation Model for Lightweight HVDC Transmission System
Lightweight HVDC transmission system simulation model built using MATLAB/Simulink with implementation details of control algorithms and power electronics components
Simulink Simulation of DVB-T Standard in MATLAB
MATLAB-based Simulink simulation implementing the DVB-T digital video broadcasting standard with configurable transmission parameters and performance analysis capabilities.
Implementation of HARQ System Model Using Simulink
Development of a Hybrid Automatic Repeat Request (HARQ) System Model via Simulink Platform
9th-Order LMS Adaptive Equalizer Simulink Model
This is a 9th-order LMS adaptive equalizer implemented in Simulink, provided as teaching material. The model is designed with modular architecture allowing straightforward modification of filter order to achieve n-th order LMS adaptive equalizer functionality.
BPSK Baseband Transmission Demonstration
SIMULINK-based BPSK baseband transmission demonstration covering transmitter to receiver chain with signal visualization and analysis capabilities.
Adaptive Inverse Control Technology Simulink
Adaptive Inverse Control Technology Simulink program designed for full-frequency band vibration isolation. Requires offline system identification for implementation and is fully operational for vibration control applications.
MATLAB Object Recognition and Counting through Image Processing
MATLAB Object Recognition and Counting: Implementing object detection and quantification in images using SIMULINK programming methodology. The implementation involves image preprocessing, segmentation algorithms, and blob analysis for accurate object counting. Key files include testpart.jpg (test image), readimg.m (image reading function with imread() implementation), and imagecount.mdl (main SIMULINK model for recognition and counting). Test image features a wheel with 24 visible gaps for validation.
Simple PID Control Simulation in Simulink
Implementing Basic PID Control Using Simulink Blocks with Parameter Configuration Examples
PID Controlled DC Motor Source Code (Simulink)
PID-controlled DC motor source code developed in Simulink, ready to run immediately. This implementation demonstrates practical PID controller design with motor control applications.