Explore MATLAB source code curated for "Simulink" with clean implementations, documentation, and examples.
Simulink simulations developed in MATLAB 2013a environment, featuring improved plug-in repetitive control, PDFF (Pseudo-Derivative Feedback with Feedforward), and motor vector control implementations. For optimal performance, certain parameters require manual tuning. Includes algorithm explanations and Simulink block configuration details to support learning and implementation.
Implementation of a Two-Degree-of-Freedom Vehicle Dynamics Model using Simulink and MATLAB, featuring code-driven automotive dynamics simulation.
Implementation of current hysteresis control for permanent magnet linear motors, with the motor model constructed using Simulink and incorporating detailed simulation approaches.
A satellite attitude control system model was developed using MATLAB Simulink, enabling satellite control through parameter adjustments of controllers and other components, with detailed simulation algorithms and function implementations.
A three-level Space Vector PWM (SVPWM) simulation program developed using MATLAB script language, designed to operate within the Simulink environment. The implementation includes key algorithm components such as sector identification, duty cycle calculation, and switching sequence generation.
MATLAB Simulink photovoltaic cell model featuring robust functionality, implementing key algorithms for solar cell simulation and performance optimization
PID control algorithm for helicopter's three attitude angles using MATLAB/Simulink simulation, integrated with optimal PID design methods to achieve excellent control performance. The implementation includes detailed modeling of roll, pitch, and yaw angles with systematic tuning approaches.
SVPWM simulation framework has been substantially implemented in Simulink, incorporating motor control algorithms and system analysis capabilities
This resource provides a Simulink simulation model for radar systems, designed to help users better understand radar principles and applications, with enhanced code implementation details.
Simulink implementation of a BPSK communication system under Rayleigh fading channel conditions. The model demonstrates the performance degradation caused by Rayleigh fading compared to AWGN channels, enabling side-by-side BER performance analysis through configurable simulation parameters.