A Paradigm for Safe Adaptation of Collaborating RobotsShort Research Paper
The dynamic forces that transit back and forth traditional boundaries of system development have led to the emergence of digital ecosystems. Within these, business gains are achieved through the development of intelligent control that requires a continuous design and runtime co-engineering process endangered by malicious attacks. The possibility of inserting specially crafted faults capable to exploit the nature of unknown evolving intelligent behavior raises the necessity of malicious behavior detection at runtime.
Adjusting to the needs and opportunities of fast AI development within digital ecosystems, in this paper, we envision a novel method and framework for runtime predictive evaluation of intelligent robots’ behavior for assuring a cooperative safe adjustment.
Fri 20 MayDisplayed time zone: Eastern Time (US & Canada) change
10:30 - 11:45 | Socio-Cyber-Physical Systems SEAMS 2022 at SEAMS room Chair(s): Liliana Pasquale University College Dublin & Lero, Catia Trubiani Gran Sasso Science Institute | ||
10:30 5mPaper | A Paradigm for Safe Adaptation of Collaborating RobotsShort Research Paper SEAMS 2022 DOI Pre-print | ||
10:35 10mPaper | Extending MAPE-K to support Human-Machine TeamingResearch Paper SEAMS 2022 Jane Cleland-Huang University of Notre Dame, Ankit Agrawal University of Notre Dame, Michael Vierhauser Johannes Kepler University Linz, Michael Murphy University of Notre Dame, Mike Prieto University of Notre Dame Pre-print Media Attached | ||
10:45 10mPaper | Towards Digital Twin-enabled DevOps for CPS providing Architecture-Based Service Adaptation & Verification at RuntimeResearch Paper SEAMS 2022 Jürgen Dobaj Graz University of Technology, Andreas Riel , Thomas Krug , Matthias Seidl , Georg Macher , Markus Egretzberger Pre-print Media Attached | ||
10:55 50mPanel | Discussion SEAMS 2022 |