Beta-binders is a comparatively new modeling formalism introduced for systems biology. To execute Beta-binders models, suitable simulators are required which translate the operational semantics of Beta-binders into a sound and efficent execution. Efficiency can be reached by parallel and distributed simulation and by a proper representation of models to ensure a fast manipulation. Both possibilities are considered in the implementation of the described hierarchical Beta-binders simulator. The description includes a tree structure which reflects p-calculus and Beta-binders processes and the algorithm of the simulator which enables a distributed and optimistic, parallel execution
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...
The parallel simulation of biochemical reactions is a very interesting problem: biochemical systems ...
Beta-binders is a comparatively new modeling formalism introduced for systems biology. To execute Be...
BETA-BINDERS form a recently developed extension of stochastic pi CALCULUS to describe micro-biologi...
AbstractBeta-binders is a recent process algebra developed for modeling and simulating biological sy...
This paper presents a system to model and simulate biological processes. It is based on process calc...
Beta-binders is a recent process algebra developed for modeling and simulating biological systems. A...
AbstractThe similarities between biological systems and distributed and mobile systems suggest that ...
In this work we propose an extension of Beta-binders with biological transactions, called TBeta-bind...
We investigate static hierarchies of biological systems through Beta-binders, a recently developed p...
AbstractBeta-binders is a recent process calculus developed for modelling and simulating biological ...
AbstractWe introduce a Control Flow Analysis, that statically approximates the dynamic behaviour of ...
The similarities between biological systems and distributed and mobile systems suggest that the theo...
AbstractWe introduce a Control Flow Analysis, that statically approximates the dynamic behaviour of ...
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...
The parallel simulation of biochemical reactions is a very interesting problem: biochemical systems ...
Beta-binders is a comparatively new modeling formalism introduced for systems biology. To execute Be...
BETA-BINDERS form a recently developed extension of stochastic pi CALCULUS to describe micro-biologi...
AbstractBeta-binders is a recent process algebra developed for modeling and simulating biological sy...
This paper presents a system to model and simulate biological processes. It is based on process calc...
Beta-binders is a recent process algebra developed for modeling and simulating biological systems. A...
AbstractThe similarities between biological systems and distributed and mobile systems suggest that ...
In this work we propose an extension of Beta-binders with biological transactions, called TBeta-bind...
We investigate static hierarchies of biological systems through Beta-binders, a recently developed p...
AbstractBeta-binders is a recent process calculus developed for modelling and simulating biological ...
AbstractWe introduce a Control Flow Analysis, that statically approximates the dynamic behaviour of ...
The similarities between biological systems and distributed and mobile systems suggest that the theo...
AbstractWe introduce a Control Flow Analysis, that statically approximates the dynamic behaviour of ...
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...
The parallel simulation of biochemical reactions is a very interesting problem: biochemical systems ...