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Runtime Monitoring of Distributed Cyber-Physical Systems Without a Global Clock

Koll 2026-08-13
Charles KollHoussam Abbas

We give the first theoretical characterization, and the first algorithm, for continuous monitoring of a distributed Cyber-Physical System (CPS) against a dense-time temporal logic specification. A distributed CPS is composed of multiple agents, each with a local clock; these clocks drift from each other, so there is no well-defined global time. When monitoring such a system's output signal against

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Key Contributions

  • We give the first theoretical characterization, and the first algorithm, for continuous monitoring of a distributed Cyber-Physical System (CPS) against a dense-time temporal logic specification.
  • A distributed CPS is composed of multiple agents, each with a local clock; these clocks drift from each other, so there is no well-defined global time.
  • When monitoring such a system's output signal against

Research Themes

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