Call for chapters
Robotics and AI for Cybersecurity and Critical Infrastructure in Smart Cities
Robotics and AI for Cybersecurity and Critical Infrastructure in Smart Cities
NADIA NEDJAH - State University of Rio de Janeiro, Brazil,
AHMED A. ABD EL-LATIF- Mathematics and Computer Science Department, Faculty of Science, Menoufia, University, Egypt.
BRIJ B. GUPTA - National Institute of Technology Kurukshetra, Kurukshetra, India
LUIZA M. MOURELLE - State University of Rio de Janeiro, Brazil
Artificial Intelligence (AI) and Robotics were strongly connected in the early days of AI, but have since diverged. One of the early goals of AI consisted of building embodied intelligent systems. Such a goal however has shown to be quite challenging, and researchers have isolated its many distinct facets and focused on making progress on each facet separately; this has resulted in AI and Robotics developing as divergent research lines, with little in the way of cross-pollination of ideas. With advancements in both fields, there is now a renewed interest in bringing the two disciplines closer together, towards the establishment of a distinct trend in integrated AI and Robotics. AI in smart cities is going to play big role in making urbanization smarter aim to be sustainable growth making the cities equipped with advance features to live, walk, shop and enjoy a safe and more convenient life in such environment.
With the increased responsibility of AI and robotics in the workplace comes the increased risk of a cyberattack. Cyber criminals, who either find an open window in the cloud and hack into the pepper robots or sink the financial markets, are certainly the most concerning risk. For businesses facing this criminal threat in the future, the consequences of a cyberattack could be devastating. Not only are companies subject to direct financial losses, but they are also liable for monetary penalties if their data protection methods fail to comply with legislation. This book brings together the state of the art and practice of the emergent field of integrated AI and Robotics for cybersecurity and critical infrastructure in smart cities, and highlights the key areas along which this current evolution of machine intelligence is heading.
Technical scope of the proposal includes, but not limited to:
Cybersecurity in software development frameworks and architectures
Security and privacy frameworks for other robotic application domains
Theoretical studies related to safety, security and privacy of robotic systems
Empirical and experimental studies of cybersecurity in robotic settings
Symbolic assessment of security and privacy of robotic systems
Tensions and coordination between security, privacy, and other relevant requirements in robotic settings
Tech policy and legal perspective related to robotic systems.
learning perception, action, and environment, and their interactions for crtitcal inftrastuture in smart cities
modeling multiple levels of representations
learning human-robot or robot-robot interaction/communication
practical algorithm and real-time computation for robot intelligence
Security and privacy issues related to tele-operated robotic systems
Security and privacy issues related to robots used in assistive and cooperative settings
Security and privacy issues related to autonomous systems
big data on robot perception and action
deep learning specific to robotics
AI for cybersecurity
Adversarial attacks in digital systems in smart cities
Vulnerability discovery in digital systems in smart cities
Medical device security
Medical information security
Authentication and authorization of intelligent systems in smart cities
Security, Privacy and Risks Within Smart Cities
Full Chapter Submission: October 25, 2021
First Round Decision: November 05, 2021
Revised Chapter Submission: November 15, 2021
Final Decision Notification: November 30, 2021
This book is scheduled to be published in:
Studies in Computational Intelligence Series, Springer
Please submit your Chapter(s) in PDF file at the submission site: easychair.org/conferences/?conf=raccisc2021