Formal methodology for distributed and concurrent system, especially computation system with mobility, is increasingly important both in the theory and the practice. Based on the Calculus of Mobile Ambi-ent (MA), a widely studied formal mechanism for mo-bile computation, this paper focuses on the quantitative analysis of mobile computation system and provides a framework of performance evaluation for it. In details, this paper introduces an enhanced labelled transition system as the system model, and assigns rate to each label through so-called cost function. Based on it, the labelled transition system can be mapped to Continuous Time Markov Chains and thus performance evaluation can be carried out by standard numerical techniques and tools...
Many computing systems consist of a possibly huge number of components that not only work independen...
The market of portable computational devices is expanding more and more rapidly. The systems created...
The current generation of network-centric applications ex- hibits an increasingly higher degree of m...
Formal methodology for distributed and concurrent system, especially computation system with mobilit...
We use a structural operational semantics which drives us in inferring quantitative measures on syst...
We propose a structural operational semantics for mobile and distributed agents. From it we derive a...
We propose a model-based approach to analysing the performance of mobile applications where physical...
AbstractWe present a framework for performance prediction of distributed and mobile systems. We rely...
AbstractMobile Ambients (MA) have acquired a fundamental role in modelling mobility in systems with ...
AbstractKlaim is an experimental language designed for modeling and programming distributed systems ...
We propose a structural operational semantics that expresses temporal aspects of mobile and distribu...
. We propose a structural operational semantics that expresses temporal aspects of mobile and distri...
By adopting code mobility techniques, distributed appli-cations can make better use of network resou...
Klaim is an experimental language designed for modeling and programming distributed systems composed...
KLAIM is an experimental language designed for modeling and programming distributed systems composed...
Many computing systems consist of a possibly huge number of components that not only work independen...
The market of portable computational devices is expanding more and more rapidly. The systems created...
The current generation of network-centric applications ex- hibits an increasingly higher degree of m...
Formal methodology for distributed and concurrent system, especially computation system with mobilit...
We use a structural operational semantics which drives us in inferring quantitative measures on syst...
We propose a structural operational semantics for mobile and distributed agents. From it we derive a...
We propose a model-based approach to analysing the performance of mobile applications where physical...
AbstractWe present a framework for performance prediction of distributed and mobile systems. We rely...
AbstractMobile Ambients (MA) have acquired a fundamental role in modelling mobility in systems with ...
AbstractKlaim is an experimental language designed for modeling and programming distributed systems ...
We propose a structural operational semantics that expresses temporal aspects of mobile and distribu...
. We propose a structural operational semantics that expresses temporal aspects of mobile and distri...
By adopting code mobility techniques, distributed appli-cations can make better use of network resou...
Klaim is an experimental language designed for modeling and programming distributed systems composed...
KLAIM is an experimental language designed for modeling and programming distributed systems composed...
Many computing systems consist of a possibly huge number of components that not only work independen...
The market of portable computational devices is expanding more and more rapidly. The systems created...
The current generation of network-centric applications ex- hibits an increasingly higher degree of m...