AbstractP systems are theoretical computing devices abstracted away from the biological architecture of the cell, introduced some years ago by Gheorghe Păun and now intensely studied. In the area of concurrent systems, process calculi have recently been applied and extended with similar aim, to simulate (and formalise) the behaviour of the cell. Although many common points can be found between the two approaches, no formal and exhaustive comparison has been carried out yet.π@ is a new calculus, strongly π-Calculus based, well-suited to easily encode biologically inspired process calculi. In this paper the encoding in π@ of one variant of P systems is proposed, thus allowing a better understanding of similarities between P systems and bio-in...
We examine, from the point of view of membrane computing, the two basic assumptions of reaction sys...
Languages appeared from the very beginning in membrane computing, by their length sets or directly a...
AbstractWe use the π-calculus to model the evolution of biochemical systems, taking advantage of the...
P systems are computing models inspired by the structure and the function- ing of the living cells;...
In this paper various molecular chemical interactions are modelled under different computational pa...
AbstractMetabolic P systems, shortly MP systems, are a special class of P systems, introduced for ex...
P metabolic systems are a special class of P systems which seem to be adequate for expressing biolo...
An increasing number of researchers is trying to define models of biochemical pathways via theoretic...
We introduce a variant of P systems where rules have associated a real number providing a measure f...
This article brings together some rather powerful results on P systems in which the computation is p...
none7The 4th Workshop on Membrane Computing and Biologically Inspired Process Calculi (MeCBIC 2010) ...
In this paper we de ne and study Scenario Based P Systems, a model of computation inspired by the m...
This paper introduces Protein Calculus, a special modeling language designed for encoding and calcul...
AbstractWe examine, from the point of view of membrane computing, the two basic assumptions of react...
AbstractThe use of process calculi to represent biological systems has led to the design of differen...
We examine, from the point of view of membrane computing, the two basic assumptions of reaction sys...
Languages appeared from the very beginning in membrane computing, by their length sets or directly a...
AbstractWe use the π-calculus to model the evolution of biochemical systems, taking advantage of the...
P systems are computing models inspired by the structure and the function- ing of the living cells;...
In this paper various molecular chemical interactions are modelled under different computational pa...
AbstractMetabolic P systems, shortly MP systems, are a special class of P systems, introduced for ex...
P metabolic systems are a special class of P systems which seem to be adequate for expressing biolo...
An increasing number of researchers is trying to define models of biochemical pathways via theoretic...
We introduce a variant of P systems where rules have associated a real number providing a measure f...
This article brings together some rather powerful results on P systems in which the computation is p...
none7The 4th Workshop on Membrane Computing and Biologically Inspired Process Calculi (MeCBIC 2010) ...
In this paper we de ne and study Scenario Based P Systems, a model of computation inspired by the m...
This paper introduces Protein Calculus, a special modeling language designed for encoding and calcul...
AbstractWe examine, from the point of view of membrane computing, the two basic assumptions of react...
AbstractThe use of process calculi to represent biological systems has led to the design of differen...
We examine, from the point of view of membrane computing, the two basic assumptions of reaction sys...
Languages appeared from the very beginning in membrane computing, by their length sets or directly a...
AbstractWe use the π-calculus to model the evolution of biochemical systems, taking advantage of the...