AbstractBeta-binders is a recent process calculus developed for modelling and simulating biological systems. As usual for process calculi, the semantic definition heavily relies on a structural congruence. The treatment of the structural congruence is essential for implementation. We present a subset of the calculus for which the structural congruence is decidable and a subset for which it is also efficiently solvable. The obtained results are a first step towards implementations
AbstractWe introduce a Control Flow Analysis, that statically approximates the dynamic behaviour of ...
AbstractBio-PEPA is a process algebra for modelling biological systems. An important aspect of Bio-P...
BETA-BINDERS form a recently developed extension of stochastic pi CALCULUS to describe micro-biologi...
Beta-binders is a recent process algebra developed for modeling and simulating biological systems. A...
AbstractBeta-binders is a recent process algebra developed for modeling and simulating biological sy...
AbstractBeta-binders is a recent process calculus developed for modelling and simulating biological ...
In this work we propose an extension of Beta-binders with biological transactions, called TBeta-bind...
AbstractThe similarities between biological systems and distributed and mobile systems suggest that ...
Beta-binders is a comparatively new modeling formalism introduced for systems biology. To execute Be...
This paper presents a system to model and simulate biological processes. It is based on process calc...
AbstractIn the π-calculus with replication, two processes are multiset congruent if they have the sa...
AbstractThree notions of structural inclusion between process terms of the π-calculus are considered...
We investigate static hierarchies of biological systems through Beta-binders, a recently developed p...
AbstractWe introduce a Control Flow Analysis, that statically approximates the dynamic behaviour of ...
Causal relations allow us to understand the causes of single transitions/ events in a computation an...
AbstractWe introduce a Control Flow Analysis, that statically approximates the dynamic behaviour of ...
AbstractBio-PEPA is a process algebra for modelling biological systems. An important aspect of Bio-P...
BETA-BINDERS form a recently developed extension of stochastic pi CALCULUS to describe micro-biologi...
Beta-binders is a recent process algebra developed for modeling and simulating biological systems. A...
AbstractBeta-binders is a recent process algebra developed for modeling and simulating biological sy...
AbstractBeta-binders is a recent process calculus developed for modelling and simulating biological ...
In this work we propose an extension of Beta-binders with biological transactions, called TBeta-bind...
AbstractThe similarities between biological systems and distributed and mobile systems suggest that ...
Beta-binders is a comparatively new modeling formalism introduced for systems biology. To execute Be...
This paper presents a system to model and simulate biological processes. It is based on process calc...
AbstractIn the π-calculus with replication, two processes are multiset congruent if they have the sa...
AbstractThree notions of structural inclusion between process terms of the π-calculus are considered...
We investigate static hierarchies of biological systems through Beta-binders, a recently developed p...
AbstractWe introduce a Control Flow Analysis, that statically approximates the dynamic behaviour of ...
Causal relations allow us to understand the causes of single transitions/ events in a computation an...
AbstractWe introduce a Control Flow Analysis, that statically approximates the dynamic behaviour of ...
AbstractBio-PEPA is a process algebra for modelling biological systems. An important aspect of Bio-P...
BETA-BINDERS form a recently developed extension of stochastic pi CALCULUS to describe micro-biologi...