Aim & Scope
Cyber-Physical Systems is an international interdisciplinary journal dedicated to publishing the highest quality research in the rapidly-growing field of cyber-physical systems / Internet-of-Things. Publications will cover theory, algorithms, simulations, architectures, implementations, services and applications of state-of-the-art research in this exciting field. The journal welcomes submissions in the following key areas of interest: A. Networks and Networked Systems where intelligent entities exchange information to achieve improved overall performance for both cyber and physical components. Particular areas of interests include: sensor, vehicular, robot, camera, aerial and social smartphone networks; wireless networking technologies and autonomous ad hoc networks; internet of things and machine-to-machine communications; networked infrastructure management with applications such as smart power grids and transportation systems network enabled computation, coordination, and actuation; scalability of complex networks. B. Modelling and Control where mathematical and computational methods are developed and applied to facilitate innovative design, in-depth analysis, and novel insights of the fundamental principles. Particular areas of interests include: control theory with a clear cyber-physical tone such as networked control, distributed optimization, and distributed learning; autonomy with applications in mobile sensor networks, internet connected cars, etc.; modelling of tightly integrated physical processes, software, computation platforms, and networks; C. Data Management where novel methods are developed to reliably gather, store, transfer, and analyse large amount of data and dataflow. Particular areas of interests include: data management and processing (e.g. big data, cloud computing); location and tracking based services; smart cameras and computer vision based context management; web of things. D. Software and Hardware where novel designs and implementations of test-beds, platforms, and software will significantly improve the speed, efficiency, and reliability of next generation CPS. Particular areas of interests include: embedded systems applications (pervasive computing, real-time control technologies); resource-constrained systems (low power, energizing, device miniaturization); standards and middleware. E. Other Emerging Areas where new challenges, new ideas, and new principles are shaping. For example, incentive, security, trust, and privacy issues in CPS; smart living technologies such as smart city, smart home and office, wearable devices, learning devices, etc.; social M2M networks, social impact of CPS, creative aspects. [1]
2024
Robust predictive path-following control of autonomous ground vehicle with input delays
No authors listed.
Cyber-Physical Systems , 2024 , pp 1-15.
Multicore embedded sensing system based on lightweight neural network
Cyber-Physical Systems , 2024 , pp 1-18.
A new target accessibility control method based on SMC
S Fang , H Li , L Liu , ... , H Liang
Cyber-Physical Systems , 2024 , pp 1-19.
Maximum elastic scheduling of virtual machines in general graph cloud data center networks
No authors listed.
Cyber-Physical Systems , 2024 , pp 1-19.
J Efiong , A Akinwale , B Akinyemi , ... , S Aderounmu
Cyber-Physical Systems , 2024 , pp 1-20.
Hysteretic quantised security control for PDE systems under replay attacks
No authors listed.
Cyber-Physical Systems , 2024 , pp 1-22.
Blockchain-based group signature for secure authentication of IoT systems in smart home environments
M Kara , H Merzeh , M Aydin , H Balik
Cyber-Physical Systems , 2024 , pp 1-25.
Clinical deep model to analyse medical multivariate time-series data for health diagnosis
L Almahadeen , R Vijay , M Shabaz , ... , H Byeon
Cyber-Physical Systems , 2024 , pp 1-26.
Editorial Retractions, Expressions of Concern and External Notices
Leveraging the power of quantum computing for breaking RSA encryption
M Sharma , V Choudhary , R Bhatia , ... , H Khandelwal
Cyber-Physical Systems2021 - VOLUME 7, ISSUE 2 pp 1-20.
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