This paper compares two tools: PRISM and Bayonet, on the overall effectiveness in reasoning about such systems in networking domain and finds PRISM to be more effective than Bayonet.
Discrete-event simulation is a standard technique for modelling and analysing the performance of computer systems, networks, and services. Although simulation tools are widely used, reasoning about the correctness and performance guarantees of the models they implement remains largely ad hoc: simulation outputs are int...
Moussa Labbadi, Rupak Majumdar, V. R. Sathiyanarayana et al.· 0 citations
Given the safety-critical nature of many embedded systems, their safety assurance is essential. Because such systems are typically stochastic, probabilistic model checking is a particularly important technique. However, there is a well-known scalability issue due to state-space explosion, especially when verifying comp...
T. Matsumoto, Kazuki Watanabe, Masaki Waga· 0 citations
In this paper, we characterize resilience for a labeled real-time automaton (LRTA). An LRTA is resilient if whenever a faulty event occurs, after sufficiently many events occur, the LRTA returns to normalcy and the occurrence of the faulty event is not leaked. The notion of resilience reflects the ability of an LRTA re...
Weighted model counting (WMC) and probabilistic model checking (PMC) are two well- established frameworks that are independently developed, the former for probabilistic inference, the latter traditionally for probabilistic verification, though recently also applied to inference. The formal relationship between the two...
We introduce the logic EDMon---an epistemic dynamic logic meant to model monitorability concepts in noisy runtime verification. Its syntax and semantics are defined and explained and the connection between EDMon and monitorability and noisy runtime verification concepts is explored. We then demonstrate that EDMon is su...
T. M. Ferguson, S. Logan, Shawn Standefer· 0 citations
In many industrial systems, control-related information is often opaque, undermining the ability to formally ensure safety, correctness, and performance. Representing such systems as Discrete Event Systems (DES) models enables rigorous analysis, synthesis, and correct-by-construction control, but modeling is typically...
Jhonnatan R. Semler, Rosaine F. Semler, M. Wehrmeister et al.· IEEE Transactions on Automat...· 0 citations
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