Designing an interface for the control of chaotic systems
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Abstract (EN)
In this study, the control of 21 chaotic systems with different characteristics and dynamics—including autonomous, non-autonomous, high-order, and multi-scroll systems—was achieved using four different control methods: classical PID, Direct Feedback Control, Passive Control ve Sliding Mode Control. A graphical user interface was designed using MATLAB/SIMULINK and the Graphical User Inter-face Toolbox. Through 84 different applications, performance metrics such as settling time, steady-state error, and maximum overshoot were compared based on the applied control method, aiming to determine the control technique that de-livers the best performance for the selected chaotic system. The results were pre-sented with detailed data in tables for thorough analysis.
Author
Usame Elhüseyyan
Institution
How to Cite
Usame Elhüseyyan (Master Thesis). Designing an interface for the control of chaotic systems, 2025, Fırat University.
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