AbstractWe propose a process calculus to study the behavioural theory of Mobile Ad Hoc Networks. The operational semantics of our calculus is given both in terms of a Reduction Semantics and in terms of a Labelled Transition Semantics. We prove that the two semantics coincide. The labelled transition system is then used to derive the notions of (weak) simulation and bisimulation for ad hoc networks. The labelled bisimilarity completely characterises reduction barbed congruence, a standard branching-time and contextually-defined program equivalence. We then use our (bi)simulation proof method to formally prove a number of non-trivial properties of ad hoc networks
Abstract Connectivity and communication interference are two key aspects in mobile ad-hoc networks (...
We propose a process calculus for mobile ad hoc networks which relies on an abstract behaviour-based...
Abstract. We propose a process calculus for mobile ad hoc networks which relies on an abstract behav...
AbstractWe propose a process calculus to study the observational theory of Mobile Ad Hoc Networks. T...
AbstractWe propose a process calculus to study the behavioural theory of Mobile Ad Hoc Networks. The...
We propose a process calculus to study the behavioural theory of Mobile Ad Hoc Networks. The operati...
We propose a process calculus to study the behavioural theory of Mo-bile Ad Hoc Networks. The operat...
AbstractWe present the ω-calculus, a process calculus for formally modeling and reasoning about Mobi...
AbstractWe propose a timed broadcasting process calculus for wireless systems where time-consuming c...
We present a timed process calculus for modelling wireless networks in which individualstations broa...
We present a process algebra for modeling and reasoning about Mobile Ad hoc Networks (MANETs) and th...
AbstractWe present a process calculus for mobile ad hoc networks which is a natural continuation of ...
We develop a timed calculus for Mobile Ad Hoc Networks embodying the peculiarities of local broadcas...
In this paper we propose a process calculus framework for dynamic networks in which the network topo...
Connectivity and communication interference are two key aspects in mobile ad-hoc networks (MANETs). ...
Abstract Connectivity and communication interference are two key aspects in mobile ad-hoc networks (...
We propose a process calculus for mobile ad hoc networks which relies on an abstract behaviour-based...
Abstract. We propose a process calculus for mobile ad hoc networks which relies on an abstract behav...
AbstractWe propose a process calculus to study the observational theory of Mobile Ad Hoc Networks. T...
AbstractWe propose a process calculus to study the behavioural theory of Mobile Ad Hoc Networks. The...
We propose a process calculus to study the behavioural theory of Mobile Ad Hoc Networks. The operati...
We propose a process calculus to study the behavioural theory of Mo-bile Ad Hoc Networks. The operat...
AbstractWe present the ω-calculus, a process calculus for formally modeling and reasoning about Mobi...
AbstractWe propose a timed broadcasting process calculus for wireless systems where time-consuming c...
We present a timed process calculus for modelling wireless networks in which individualstations broa...
We present a process algebra for modeling and reasoning about Mobile Ad hoc Networks (MANETs) and th...
AbstractWe present a process calculus for mobile ad hoc networks which is a natural continuation of ...
We develop a timed calculus for Mobile Ad Hoc Networks embodying the peculiarities of local broadcas...
In this paper we propose a process calculus framework for dynamic networks in which the network topo...
Connectivity and communication interference are two key aspects in mobile ad-hoc networks (MANETs). ...
Abstract Connectivity and communication interference are two key aspects in mobile ad-hoc networks (...
We propose a process calculus for mobile ad hoc networks which relies on an abstract behaviour-based...
Abstract. We propose a process calculus for mobile ad hoc networks which relies on an abstract behav...