A formal specification of this system has already been developed using the π — calculus process algebra based on the known Albers-Post model [ 4].
Different from other approaches, the non-functional properties, which are essential when mobile architectures are described, are treated in a flexible manner by inserting logical formulae for expressing and checking non-functional properties into typed π-calculus processes.
In essence, the behaviour of each substance in the system is described as a separate pi-calculus process.
Thus, a mutation that relates to some substance is easily incorporated in the model by changing the corresponding pi-calculus process.
We give two example applications, with a simple and neat MGSOS specification: a "quantitative CCS", and a calculus of processes living in the plane R2 whose communication rate depends on their distance.
In order for Hamas to want a lasting cease-fire, Israel and its allies must change the organization's decision-making calculus — a process that will require both incentives and threats.
We use a process calculus to present the process model of the composite service.
Nowadays, π-calculus, a process algebra and NuSMV, a symbolic model checker, have been widely applied to address this posed challenge respectively.
Building on previous work in resource semantics, process calculus, and modal logic, we describe a process calculus with an explicit representation of resources in which processes and resources co-evolve.
He obtained a calculus for these processes that generalizes the familiar rules of classical calculus to situations where it no longer applies.
One refers to Alós et al. [16] and Nualart [17] for more details of stochastic calculus for Gaussian processes.
