Dependable Cyber Physical Systems and Applications |
Featuring
the systematic combination of computation, communication, and physical
processes, Cyber-Physical Systems (CPS) is posing an increasing impact on our
society. Typical applications of CPS include civil infrastructure monitoring,
automotive and transportation systems, smart buildings, intelligent energy
systems, cyber-physical biochip, and wearable devices. CPS
is an interdisplinary field that requires perspectives from different levels of
abstraction: from high level specification models, implemented by software code
and protocols, running on hardware platforms. Due to the deeply complex
intertwining among different components, CPS design and management pose
fundamental challenges in multiple aspects of system dependability including
real-time responsiveness, fault tolerance, privacy and security,
sustainability, scalability, and flexibility. Tackling these challenges
necessitates innovative interdisplinary efforts for designing and implementing
CPS. The aim of this special section is to provide a platform for
researchers and practitioners from academia, government and industry to present
their state-of-the-art research results in the area of designing and
implementing dependable CPS. This
is a special session of the 12th IEEE International Conference on Cyber,
Physical and Social Computing ( http://cse.stfx.ca/~cybermatics/2019/cpscom/index.php).
Please submit your paper via the submission site (http://edas.info/N25496)
and select the special session of “Dependable Cyber Physical Systems and
Applications” marked with “CPSComDCPS”. The topics of interests for this special issue include, but are
not limited to: - Dependability measurement, modeling, evaluation, and tools
for CPS - Architectural framework and hardware design methodologies for
dependable CPS - Dependable software platforms for managing CPS - Dependability issues in automotive CPS, Cloud-assisted CPS, smart grid CPS, mobile CPS, social CPS, biological and medical CPS - Fault models and fault tolerances in CPS - Power/Energy efficiency issues in CPS - Cyber security, privacy, safety, availability, and
reliability issues in CPS - Dependable CPS applications (including robotics, autonomous
vehicles, manufacturing, transportation, smart energy, smart civil
infrastructure, and healthcare) Session Chairs Junlong Zhou, Nanjing University of Science and Technology, jlzhou@njust.edu.cn Xun Jiao, Villanova University, xun.jiao@villanova.edu Paper Submission Due: March 01, 2019 Acceptance Notification Due: Apr 01, 2019 Final Manuscript Due: Jun 01, 2019 |
Back to main congress: Cybermatics 2019
Organizations:
Contact: ieee-CPSCom2019@googlegroups.com
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