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Cyber-physical systems (CPSCyber-Physical Systems (CPS)) are integrated systems that combine the IT and physical worlds to perform real-time data collection, analysis and automated interventionsAutomatic intervention. This paper examines the role and application of CPSCyber-Physical Systems (CPS) in various crisesCrises, such as natural disasters, industrial accidents and military conflicts. Particular emphasis is placed on key components of the systems, such as sensors, info-communication networks, artificial intelligenceArtificial intelligence and robotic systems, which enable rapid and accurate decision-making and automated interventionsAutomatic intervention. Military applicationsMilitary applications such as drones, autonomous systems and cyber defence technologies offer significant advantages on the battlefield, reducing human casualties. It highlights the benefits of CPSCyber-Physical Systems (CPS) applications, such as rapid response time, accuracy, and efficiency, as well as the challenges of cyber-attacks, technology dependency, and high costs. Future development directions, such as the development of artificial intelligenceArtificial intelligence, enhancing cyber securityCyber security and improving network redundancy, will contribute to increasing the reliability and efficiency of systems in crisesCrises.

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Military and Civilian Uses of Cyber-Physical Systems in Crisis Situations

  • 会议论文

  • 发表日期：

    2025年

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  • Zoltán Nyikes,
  • László Tóth

摘要

Cyber-physical systems (CPSCyber-Physical Systems (CPS)) are integrated systems that combine the IT and physical worlds to perform real-time data collection, analysis and automated interventionsAutomatic intervention. This paper examines the role and application of CPSCyber-Physical Systems (CPS) in various crisesCrises, such as natural disasters, industrial accidents and military conflicts. Particular emphasis is placed on key components of the systems, such as sensors, info-communication networks, artificial intelligenceArtificial intelligence and robotic systems, which enable rapid and accurate decision-making and automated interventionsAutomatic intervention. Military applicationsMilitary applications such as drones, autonomous systems and cyber defence technologies offer significant advantages on the battlefield, reducing human casualties. It highlights the benefits of CPSCyber-Physical Systems (CPS) applications, such as rapid response time, accuracy, and efficiency, as well as the challenges of cyber-attacks, technology dependency, and high costs. Future development directions, such as the development of artificial intelligenceArtificial intelligence, enhancing cyber securityCyber security and improving network redundancy, will contribute to increasing the reliability and efficiency of systems in crisesCrises.