Document Type

Dissertation

Publication Date

8-2022

Department

Engineering

Keywords

cooperating objects, computer systems, cyberterrorism, tools, theory

Abstract

In this dissertation, we provide a set of mechanisms and tools that can be used to achieve resilient CPSs, where safety is preserved while functionality is restored in the presence of attacks. More specifically, we focus on two necessary components in designing resilient CPSs: detection and response. The recognition and detection of attacks is the first and foremost step in achieving resilience. Once an attack is detected, a number of forms of active response can be implemented to ensure system resilience.

Comments

  • A dissertation submitted to Carnegie Mellon University in partial fulfillment for the degree of Doctor of Philosophy in Electrical and Computer Engineering
  • Bruno Sinopoli, primary advisor and thesis committee chair
  • © Paul M. Griffioen, 2022

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