Special Session Ⅹ

Control and Optimization of Cyber-Physical Systems 

(信息物理系统控制与优化)


Chair:        Yang Yang, Nanjing University of Posts and Telecommunications, China

Co-chair:        Hongjun Chu, Nanjing University of Posts and Telecommunications, China


Keywords:

Topics (Include but are not limited to):

· Cyber-Physical Systems 

    (信息物理系统)

· Control 

    (控制)

· Optimization 

    (优化)

· Security Control 

    (安全控制)

· Privacy Preservation 

    (隐私保护)

· Security and Privacy in Cyber-Physical Systems 

    (信息物理系统安全与隐私)

· Security and Privacy in Multi-Agent System 

    (多智能体系统安全与隐私)

· Attack Modeling, Detection and Isolation Methods 

    (攻击建模、检测与隔离方法)

· New Privacy Definition and Preservation Methods 

    (新颖隐私定义及保护方法)

· Distributed Secure State Estimation 

    (分布式安全状态估计)

· Validation of Security and Privacy in Real-World Systems 

    (安全与隐私方法在实际系统的验证)



Summary:

· 随着计算、通信和控制技术的快速发展和深入融合催生了新一代智能系统——信息物理系统 (cyber physical systems,简称CPS)。 该系统在智能感知和信息通信的基础上,通过信息空间和物理互交互实现计算、通信和控制的深度融合,以安全、可靠、高效和实时的方式检测及控制物理系统,实现全系统的自治和协作。然而,系统架构的分散性、网络环境的开放性以及信息交互的频繁性对系统安全和隐私提出了巨大挑战。因此,本专题围绕信息物理系统的控制与优化,重点聚焦到相关的安全和隐私问题, 交流信息物理系统的隐私保护和安全控制并下一步研究进行展望,欢迎专家学者踊跃投稿。


· The rapid development and deep integration of computation, communication, and control technologies have given rise to a new generation of intelligent systems—Cyber-Physical Systems (CPS). By leveraging intelligent perception and information communication, these systems achieve profound convergence of computation, communication, and control through cyber-physical interactions. They monitor and control physical systems in a safe, reliable, efficient, and real-time manner to realize autonomous operation and collaborative optimization across the entire system. However, the decentralized architecture, open network environment, and frequent information interactions pose significant challenges to system security and privacy. This special session therefore focuses on control and optimization of Cyber-Physical Systems, with particular emphasis on related security and privacy concerns. We aim to facilitate discussions on privacy protection and security control in CPS while providing perspectives for future research directions. We warmly welcome your submissions.

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