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Representing Causality and Reasoning about Controllability of Multi-level Flow-Systems

Authors
Publisher
IEEE
Publication Date
Keywords
  • Safe Operation Of Complex Processes Requires That Operators Maintain Situational-Awareness Even In H
  • Automatic Reasoning Can Support Operators As Well As The Automation System Itself To React Effective
  • However
  • Knowledge-Based Reasoning About Control Situations Remains A Challenge Due To The Entanglement Of Pr
  • Due To This Entanglement
  • Reasoning About Such Systems Depends On A Coherent Representation Of Control And Process
  • This Paper Explains Modeling Of Controlled Processes With Multilevelflow Models And Proposes A New F
  • The Results Are Illustrated On Examples From The Domain Of Electric Power Systems

Abstract

Representing Causality and Reasoning about Controllability of Multi-level Flow-Systems - DTU Orbit (20/03/14) Representing Causality and Reasoning about Controllability of Multi-level Flow-Systems - DTU Orbit (20/03/14) Heussen, Kai; Lind, Morten / Representing Causality and Reasoning about Controllability of Multi-level Flow-Systems. 2010 IEEE International Conference on Systems, Man, and Cybernetics: Intelligent Systems for a Safe and Secure World. IEEE, 2010. Publication: Research - peer-review › Article in proceedings – Annual report year: 2010

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