MCMAS

MCMAS: A Model Checker for the Verification of Multi-Agent Systems. While temporal logic in its various forms has proven essential to reason about reactive systems, agent-based scenarios are typically specified by considering high-level agents attitudes. In particular, specification languages based on epistemic logic [7], or logics for knowledge, have proven useful in a variety of areas including robotics, security protocols, web-services, etc. For example, security specifications involving anonymity [4] are known to be naturally expressible in epistemic formalisms as they explicitly state the lack of different kinds of knowledge of the principals.


References in zbMATH (referenced in 72 articles )

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  1. Belardinelli, Francesco; Condurache, Rodica; Dima, Cătălin; Jamroga, Wojciech; Knapik, Michal: Bisimulations for verifying strategic abilities with an application to the ThreeBallot voting protocol (2021)
  2. Belardinelli, Francesco; Lomuscio, Alessio; Murano, Aniello; Rubin, Sasha: Verification of multi-agent systems with public actions against strategy logic (2020)
  3. Bolander, Thomas; Charrier, Tristan; Pinchinat, Sophie; Schwarzentruber, François: DEL-based epistemic planning: decidability and complexity (2020)
  4. Bozzelli, Laura; Molinari, Alberto; Montanari, Angelo; Peron, Adriano: Model checking interval temporal logics with regular expressions (2020)
  5. Bozzelli, Laura; Murano, Aniello; Sorrentino, Loredana: Alternating-time temporal logics with linear past (2020)
  6. Gardy, Patrick; Bouyer, Patricia; Markey, Nicolas: Dependences in strategy logic (2020)
  7. Gutierrez, Julian; Najib, Muhammad; Perelli, Giuseppe; Wooldridge, Michael: Automated temporal equilibrium analysis: verification and synthesis of multi-player games (2020)
  8. Lorini, Emiliano: Rethinking epistemic logic with belief bases (2020)
  9. Machado, Vitor; Benevides, Mario: Populational announcement logic (PPAL) (2020)
  10. Murano, Aniello; Parente, Mimmo; Rubin, Sasha; Sorrentino, Loredana: Model-checking graded computation-tree logic with finite path semantics (2020)
  11. Bozzelli, Laura; Molinari, Alberto; Montanari, Angelo; Peron, Adriano; Sala, Pietro: Which fragments of the interval temporal logic HS are tractable in model checking? (2019)
  12. Gutierrez, Julian; Harrenstein, Paul; Perelli, Giuseppe; Wooldridge, Michael: Nash equilibrium and bisimulation invariance (2019)
  13. Jamroga, Wojciech; Knapik, Michał; Kurpiewski, Damian; Mikulski, Łukasz: Approximate verification of strategic abilities under imperfect information (2019)
  14. Jamroga, Wojciech; Malvone, Vadim; Murano, Aniello: Natural strategic ability (2019)
  15. Aminof, Benjamin; Malvone, Vadim; Murano, Aniello; Rubin, Sasha: Graded modalities in strategy logic (2018)
  16. Bozzelli, Laura; Molinari, Alberto; Montanari, Angelo; Peron, Adriano; Sala, Pietro: Model checking for fragments of the interval temporal logic HS at the low levels of the polynomial time hierarchy (2018)
  17. Čermák, Petr; Lomuscio, Alessio; Mogavero, Fabio; Murano, Aniello: Practical verification of multi-agent systems against \textscSlkspecifications (2018)
  18. Dennis, Louise A.; Fisher, Michael; Webster, Matt: Two-stage agent program verification (2018)
  19. Gutierrez, Julian; Perelli, Giuseppe; Wooldridge, Michael: Imperfect information in reactive modules games (2018)
  20. Malvone, Vadim; Mogavero, Fabio; Murano, Aniello; Sorrentino, Loredana: Reasoning about graded strategy quantifiers (2018)

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