Actors are self-contained, concurrently interacting entities of a computing system. They can perform local computations, communicate via asynchronous message passing with other actors and can be dynamically created. Bigraphs are a fully graphical process algebraic formalism, capable of representing both the position in space of agents and their inter-connections. Their behaviour is specified by a set of reaction rules. In this paper, we present a bigraphical encoding of a simplified actor language with static topology. We express actor configurations in terms of sorted bigraphs while the rules of the actor operational semantics are encoded by bigraphical reactive rules
We study the definition of a general abstract notion of barbed bisimilarity for reactive systems on ...
AbstractWe study the algebraic structure of directed bigraphs, a bigraphical model of computations w...
AbstractBigraphs are graphs whose nodes may be nested, representing locality, independently of the e...
The bigraph embedding problem is crucial for many results and tools about bigraphs and bigraphical r...
The bigraph embedding problem is crucial for many results and tools about bigraphs and bigraphical r...
The actor model is a concurrent and object-based computation paradigm. It has particularly been deve...
AbstractIn this paper we present a stochastic semantics for Bigraphical Reactive Systems. A reductio...
AbstractBigraphs are a framework in which both existing process calculi and new models of behaviour ...
International audienceIn this paper we present a stochastic semantics for Bigraphical Reactive Syste...
Bigraphs and bigraphical reactive systems are a well-known meta-model successfully used for formaliz...
The actor message-passing model of concurrent computation has inspired new ideas in the areas of k...
BigraphER is a suite of open-source tools providing an effi- cient implementation of rewriting, sim...
We study the algebraic structure of directed bigraphs, a bigraphical model of computations with loca...
As part of ongoing work on evaluating Milner's bigraphical reactive systems, we investigate bi...
Bigraphs are a fully graphical process algebraic formalism, capable of representing both the positio...
We study the definition of a general abstract notion of barbed bisimilarity for reactive systems on ...
AbstractWe study the algebraic structure of directed bigraphs, a bigraphical model of computations w...
AbstractBigraphs are graphs whose nodes may be nested, representing locality, independently of the e...
The bigraph embedding problem is crucial for many results and tools about bigraphs and bigraphical r...
The bigraph embedding problem is crucial for many results and tools about bigraphs and bigraphical r...
The actor model is a concurrent and object-based computation paradigm. It has particularly been deve...
AbstractIn this paper we present a stochastic semantics for Bigraphical Reactive Systems. A reductio...
AbstractBigraphs are a framework in which both existing process calculi and new models of behaviour ...
International audienceIn this paper we present a stochastic semantics for Bigraphical Reactive Syste...
Bigraphs and bigraphical reactive systems are a well-known meta-model successfully used for formaliz...
The actor message-passing model of concurrent computation has inspired new ideas in the areas of k...
BigraphER is a suite of open-source tools providing an effi- cient implementation of rewriting, sim...
We study the algebraic structure of directed bigraphs, a bigraphical model of computations with loca...
As part of ongoing work on evaluating Milner's bigraphical reactive systems, we investigate bi...
Bigraphs are a fully graphical process algebraic formalism, capable of representing both the positio...
We study the definition of a general abstract notion of barbed bisimilarity for reactive systems on ...
AbstractWe study the algebraic structure of directed bigraphs, a bigraphical model of computations w...
AbstractBigraphs are graphs whose nodes may be nested, representing locality, independently of the e...