Spatiality is an important aspect of distributed systems because their computations depend both on the dynamic behaviour and on the structure of their components. Spatial logics have been proposed as the formal device for expressing spatial properties of systems. We define CCS∥, a CCS-like calculus whose semantics allows one to observe spatial aspects of systems on the top of which we define models of the spatial logic. Our alternative definition of models is proved equivalent to the standard one. Furthermore, logical equivalence is characterized in terms of the bisimilarity of CCS∥
The process-based Spatial Logics are multi-modal logics developed for semantics oil Process Algebras...
Spatial aspects of computation are increasingly relevant in Computer Science, especially in the fiel...
The process-based Spatial Logics are multi-modal logics developed for semantics on Process Algebras ...
AbstractSpatiality is an important aspect of distributed systems because their computations depend b...
Spatiality is an important aspect of distributed systems because their computations depend both on ...
AbstractWe discuss the tensions between intensionality and extensionality of spatial observations in...
We discuss the tensions between intensionality and extensionality of spatial observations in distrib...
Spatial logics support the specification not only of behavioral properties but also of structural pr...
AbstractWe introduce a class of coalgebraic models and a family of modal logics that support the spe...
Spatial Logics have been recently proposed as modal logics inspecting the ‘spatial’ nature of models...
We acknowledge the Fundação para a Ciência e Tecnologia PhD Scholarship SFRH/BD/23760/2005 and proje...
Spatial Logics are modal logics developed for process-algebraic semantics. They have been proposed f...
In this paper we focus on Dynamic Spatial Logic, the extension of Hennessy-Milner logic with the par...
We propose a new class of spatial logics for concurrency, Dynamic Epis-temic Spatial Logics, to be u...
Spatial aspects of computation are becoming increasingly relevant in Computer Science, especially in...
The process-based Spatial Logics are multi-modal logics developed for semantics oil Process Algebras...
Spatial aspects of computation are increasingly relevant in Computer Science, especially in the fiel...
The process-based Spatial Logics are multi-modal logics developed for semantics on Process Algebras ...
AbstractSpatiality is an important aspect of distributed systems because their computations depend b...
Spatiality is an important aspect of distributed systems because their computations depend both on ...
AbstractWe discuss the tensions between intensionality and extensionality of spatial observations in...
We discuss the tensions between intensionality and extensionality of spatial observations in distrib...
Spatial logics support the specification not only of behavioral properties but also of structural pr...
AbstractWe introduce a class of coalgebraic models and a family of modal logics that support the spe...
Spatial Logics have been recently proposed as modal logics inspecting the ‘spatial’ nature of models...
We acknowledge the Fundação para a Ciência e Tecnologia PhD Scholarship SFRH/BD/23760/2005 and proje...
Spatial Logics are modal logics developed for process-algebraic semantics. They have been proposed f...
In this paper we focus on Dynamic Spatial Logic, the extension of Hennessy-Milner logic with the par...
We propose a new class of spatial logics for concurrency, Dynamic Epis-temic Spatial Logics, to be u...
Spatial aspects of computation are becoming increasingly relevant in Computer Science, especially in...
The process-based Spatial Logics are multi-modal logics developed for semantics oil Process Algebras...
Spatial aspects of computation are increasingly relevant in Computer Science, especially in the fiel...
The process-based Spatial Logics are multi-modal logics developed for semantics on Process Algebras ...