كنترل توزيع شده ايمن براي سيستم‌هاي به هم پيوسته بر اساس تحريك رويداد

Abstract In this research first examines the concept of distributed control in interconnected systems an‎d introduces a model that specifically accounts for external disturbances. The scalability an‎d robustness of the system under these conditions are analyzed, an‎d specific control strategies are proposed to enhance the systemʹs ability to maintain stability an‎d performance. Subsequently, a comprehensive analysis is conducted to eva‎luate the limitations an‎d advantages of common control strategies for interconnected systems, considering aspects such as system performance, reliability, an‎d resilience against external threats. The core focus of this research is the implementation of event triggered control mechanisms in distributed configurations. These mechanisms aim to prevent unnecessary data transmissions, thereby reducing network traffic an‎d minimizing communication costs. Furthermore, the challenges an‎d strategies related to the secure control of interconnected systems exposed to cyber attacks are addressed. To this end, key issues in networked control systems are identified an‎d discussed, with an emphasis on vulnerabilities arising from communication networks an‎d the potential risks of external cyber attacks. It is also examined how event triggered strategies, in addition to improving efficiency by reducing redundant data, can enhance system security by mitigating the impact of cyber attacks. Finally, through simulation an‎d result analysis, a solution for securely controlling interconnected systems in the face of cyber threats is proposed, ensuring that the systemʹs performance remains stable despite external threats. Keywords: Interconnected systems, Distributed configuration, Decentralized control, Event-triggered control, Secure control.

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