Samira Talari - Talari, ۲Arezoo Riahi Dehkordi, ۳Sara Ardeshiri, ۴Samaneh Zarei۱Master of Science, Meymeh Branch, Islamic Azad University
Arezoo Riahi Dehkordi - MSC Student, Abarkouh Branch, Islamic Azad University
Sara Ardeshiri - MSC Student, Abarkouh Branch, Islamic Azad University
Samaneh Zarei - MSC Student, Najaf Abad Branch, Islamic Azad University

In this paper present a new surface in an activesliding mode to synchronize two chaotic systems. To verify thecapability of the proposed scheme, signals are alsocontaminated by measurement noise. The integral actingsurface produces a dynamics for error, where the appropriateeigenvalues are easily assigned. Using this surface, calculationof parameters of the controller becomes simpler than theclassical alternative. A sufficient condition, as a guideline of thedesignated procedure,is dedicated to provide a robust stabilityof the error dynamics. Finally, a simulation study is performedto verify the robustness and effectiveness of the proposedcontrol strategy.

component; Chaos Synchronization; Hyperchaos; Integral; Active Sliding Mode Control; Hyper chaotic ChenSystem