Formal verification of logical link control and adaptation protocol
Edgar Pek, Nikola Bogunović
Abstract
Edgar Pek, Nikola Bogunović
Abstract
In this paper, we provide a formal verification of a configuration process in the Bluetooth logical link control and adaptation protocol (L2CAP). Formal verification has been carried out in a symbolic model checking framework. Hence, NuSMV has been chosen as a tool which enables the BDD-based model checking against CTL specifications. Formal description of the protocol is based on an interleaving semantics provided by the NuSMV. We checked the important system properties and described the problems related to its specification and verification.
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In this paper, we provide a formal verification of a configuration process in the Bluetooth logical link control and adaptation protocol (L2CAP). Formal verification has been carried out in a symbolic model checking framework. Hence, NuSMV has been chosen as a tool which enables the BDD-based model checking against CTL specifications. Formal description of the protocol is based on an interleaving semantics provided by the NuSMV. We checked the important system properties and described the problems related to its specification and verification.
Key concepts: Computer science, Model checking, Formal verification, Programming language, Formal equivalence checking, Formal methods, Protocol (science), Interleaving