In this paper we show how symbolic probabilistic analysis techniques for finite state systems can be successfully used to perform quantitative verification of properties and performance evaluation of communication protocols and, more in general, of entire protocol stacks and complete communication networks. In particular, we first outline our approach to the problem of verifying communication protocols, and then we present an application example of the proposed methodology to the simple Alternating Bit Protoco
Symbolic protocol verification generally abstracts probabilities away, considering computations that...
Symbolic protocol verification generally abstracts probabilities away, considering computations that...
NPLCS's are a new model for nondeterministic channel systems where unreliable communication is ...
Network technology enables smarter and more adaptive computing devices in the context of vehicles, c...
Network technology enables smarter and more adaptive computing devices in the context of vehicles, c...
Computer-aided design tools for Markovian analysis and verification of digital circuits have gained ...
Probabilistic model checking is a formal verification technique for the analysis of sys-tems that ex...
Probabilistic model checking is a formal verification technique for the analysis of systems that exh...
Security protocols are distributed programs designed to ensure secure communi-cation in a network co...
Abstract. The paper studies automatic verification of liveness properties with probability 1 over pa...
The paper is a tutorial on some formal methods for verification of communication protocols. We focus...
Lossy channel systems (LCSs for short) are models for communicating systems where the subprocesses a...
The paper is a tutorial on some formal methods for verification of communication protocols. We focus...
The article discusses the issues of modeling and the analysis of executions, which is a substantial ...
Symbolic protocol verification generally abstracts probabilities away, considering computations that...
Symbolic protocol verification generally abstracts probabilities away, considering computations that...
Symbolic protocol verification generally abstracts probabilities away, considering computations that...
NPLCS's are a new model for nondeterministic channel systems where unreliable communication is ...
Network technology enables smarter and more adaptive computing devices in the context of vehicles, c...
Network technology enables smarter and more adaptive computing devices in the context of vehicles, c...
Computer-aided design tools for Markovian analysis and verification of digital circuits have gained ...
Probabilistic model checking is a formal verification technique for the analysis of sys-tems that ex...
Probabilistic model checking is a formal verification technique for the analysis of systems that exh...
Security protocols are distributed programs designed to ensure secure communi-cation in a network co...
Abstract. The paper studies automatic verification of liveness properties with probability 1 over pa...
The paper is a tutorial on some formal methods for verification of communication protocols. We focus...
Lossy channel systems (LCSs for short) are models for communicating systems where the subprocesses a...
The paper is a tutorial on some formal methods for verification of communication protocols. We focus...
The article discusses the issues of modeling and the analysis of executions, which is a substantial ...
Symbolic protocol verification generally abstracts probabilities away, considering computations that...
Symbolic protocol verification generally abstracts probabilities away, considering computations that...
Symbolic protocol verification generally abstracts probabilities away, considering computations that...
NPLCS's are a new model for nondeterministic channel systems where unreliable communication is ...