MATLAB Code Implementation for Repetitive Control
Implementation of repetitive control with MATLAB source code and Simulink model, demonstrating algorithm structure and practical applications.
Explore MATLAB source code curated for "Simulink" with clean implementations, documentation, and examples.
Implementation of repetitive control with MATLAB source code and Simulink model, demonstrating algorithm structure and practical applications.
OFDM-16QAM Module Built Using Simulink (Version 6.6 or Higher) - Complete Implementation with Signal Processing Chain and Modulation Scheme
MATLAB program for iterative learning control featuring both M-file implementations and Simulink models, demonstrating adaptive control through iterative optimization algorithms.
MATLAB source code for single-joint robot sliding mode control with comprehensive Simulink implementation. This resource is highly valuable for students studying variable structure control, featuring practical algorithm implementation and control system design.
Detailed source code for Kalman filter programming simulation using Simulink, featuring comprehensive algorithm implementation and model configuration
Implementation of an intelligent control system design with specified transfer functions and design objectives, featuring Simulink-based MATLAB 6.5 source code that can be adapted to other systems through parameter modification.
Complete ZigBee system simulation source code designed for MATLAB's Simulink environment, featuring protocol stack implementation, network topology modeling, and performance analysis capabilities.
A three-level Space Vector Pulse Width Modulation (SVPWM) simulation program developed using MATLAB and running on the Simulink platform, featuring detailed algorithm implementation and customizable parameters for power electronics system analysis.
A Simulink-based MATLAB implementation for GMSK bit error rate testing with advanced signal processing capabilities
A comprehensive Simulink-based Unscented Kalman Filter (UKF) tutorial covering the complete development workflow from algorithm design, simulation, hardware-in-the-loop (HIL) testing, to building a standalone embedded system. Includes MATLAB/Simulink implementation examples and code integration techniques.