We present MCMAS-X, an extension of the OBDD-based model

checker MCMAS for multi-agent systems, to explicit and deductive knowledge. We use MCMAS-X to verify authentication properties in the TESLA secure stream protocol

Lomuscio, A.

Raimondi, F.

Wozna, B.

English

A combination of explicit and deductive knowledge with branching time: completeness and decidability results.

A complete and decidable axiomatisation for deontic interpreted systems.

A complete and decidable security-specialised logic and its application to the TESLA protocol.

A logic of authentication.

An introduction to multi-agent systems.

Analysing a stream authentication protocol using model checking.

Automatic veri of multi-agent systems by model checking via OBDDs.

Axioms for knowledge and time in distributed systems with perfect recall.

Comparing BDD and SAT based techniques for model checking chaum's dining cryptographers protocol. Fundamenta Informaticae,

Complete axiomatisations for reasoning about knowledge and time.

Complete axiomatizations for reasoning about knowledge and branching time.

Deductive Algorithmic Knowledge.

Ecient authentication and signing of multicast streams over lossy channels.

Graph-based algorithms for boolean function manipulation.

MCMAS - A tool for veri of multi-agent systems.

MCMAS-X - An extension of MCMAS to Explicit knowledge.

MCMAS: A model checker for multi-agent systems.

Model checking the logic of knowledge.

Model Checking.

Modeling Adversaries in a Logic for Security Protocol Analysis.

Network time protocol (version 3) speci implementation and analysis.

Proving correctness of the basic TESLA multicast stream authentication protocol with TAME.

The Avispa tool for the automated validation of internet security protocols and applications.

Verification of the TESLA protocol in MCMAS-X

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