AbstractA critical aspect in the modeling of biological systems is the description view point. On the one hand, the Stochastic π-calculus formalism provides an intuitive and compact representation from an internal perspective. On the other hand, other proposed languages such as Hybrid Automata and Stochastic Concurrent Constraint Programming introduce in the system description an external control and provide more structured models.This work aims at bridging the above discussed gap. In particular, we propose a different approach for the encoding of biological systems in Stochastic π-calculus in the direction of introducing an external control and comparing different formalisms. We show the effectiveness of our method on some examples
The similarities between systems of living entities and systems of concurrent processes may support ...
Several approaches have been proposed to model biological systems by means of the formal techniques ...
Numerous programming languages based on process calculi have been develo-ped for biological modellin...
A critical aspect in the modeling of biological systems is the description view point. On the one ha...
We present a technique to approximate models of biological systems written in a "distilled" version ...
We tackle the problem of relating models of systems (mainly biological systems) based on stochastic ...
AbstractWe tackle the problem of relating models of systems (mainly biological systems) based on sto...
Abstract. In this chapter we introduce process algebras, a class of for-mal modelling techniques dev...
Concurrent process calculi are powerful formalisms for modelling concurrent systems. The mathematica...
Abstract Concurrent process calculi are powerful formalisms for modelling concurrent systems. The...
Building on a technique for associating Hybrid Systems (HS) to stochastic programs written in a stoc...
In this paper we describe a method to map stochastic \u3c0-calculus processes in chemical ground for...
We tackle the problem of relating models of systems (mainly biological systems) based on stochastic ...
We present an application of stochastic Concurrent Constraint Programming (sCCP) for modeling biolog...
In this paper, we present a comprehensive framework for stochastic modeling, model abstraction, and ...
The similarities between systems of living entities and systems of concurrent processes may support ...
Several approaches have been proposed to model biological systems by means of the formal techniques ...
Numerous programming languages based on process calculi have been develo-ped for biological modellin...
A critical aspect in the modeling of biological systems is the description view point. On the one ha...
We present a technique to approximate models of biological systems written in a "distilled" version ...
We tackle the problem of relating models of systems (mainly biological systems) based on stochastic ...
AbstractWe tackle the problem of relating models of systems (mainly biological systems) based on sto...
Abstract. In this chapter we introduce process algebras, a class of for-mal modelling techniques dev...
Concurrent process calculi are powerful formalisms for modelling concurrent systems. The mathematica...
Abstract Concurrent process calculi are powerful formalisms for modelling concurrent systems. The...
Building on a technique for associating Hybrid Systems (HS) to stochastic programs written in a stoc...
In this paper we describe a method to map stochastic \u3c0-calculus processes in chemical ground for...
We tackle the problem of relating models of systems (mainly biological systems) based on stochastic ...
We present an application of stochastic Concurrent Constraint Programming (sCCP) for modeling biolog...
In this paper, we present a comprehensive framework for stochastic modeling, model abstraction, and ...
The similarities between systems of living entities and systems of concurrent processes may support ...
Several approaches have been proposed to model biological systems by means of the formal techniques ...
Numerous programming languages based on process calculi have been develo-ped for biological modellin...