A membrane system (P system) is a model of computation inspired by some basic features of the structure and behaviour of living cells. In this paper we consider systems with string-objects processed by rewriting, with the communication controlled by conditions on the contents of the strings. Symbols, substrings (in an arbitrary place, or as a prefix/suffix), or the shape of the whole string are used as permitting and as forbidding conditions when moving strings from a membrane to a neighboring membrane. Many of the obtained variants lead to new characterizations of recursively enumerable languages (as expected, these characterizations indicate a trade-off between the number of membranes and the strength of the communication conditions used)...
Abstract. We first survey some results concerning the generative power of $\mathrm{P} $ sys-tems wit...
AbstractExisting results in membrane computing refer mainly to P systems’ characterization of Turing...
We continue the analysis of P systems with gemmation of mobile membranes. We solve an open problem ...
We consider here a variant of rewriting P systems [1], where communication is controlled by the cont...
Languages appeared from the very beginning in membrane computing, by their length sets or directly a...
We consider a uniform way of treating objects and rules in P systems: we start with multisets of rul...
This paper proposes a new model of P systems where the rules are activated by objects present in th...
Languages appeared from the very beginning in membrane computing, by their length sets or directly ...
Abstract. In this paper we provide a semantics for membrane systems given by rewriting strategies. W...
Membrane systems are models of computation which are inspired by some basic features of biological m...
AbstractWe continue here the study of P systems with string objects processed by rewriting rules, by...
AbstractWe continue the analysis of P systems with gemmation of mobile membranes. We solve an open p...
A purely communicative variant of P systems was considered recently, based on the trans-membrane tra...
AbstractIn addressing certain problems about membrane computing, a recent and active branch of natur...
Abstract. We consider the idea of controlling the evolution of a membrane system. In particular, we ...
Abstract. We first survey some results concerning the generative power of $\mathrm{P} $ sys-tems wit...
AbstractExisting results in membrane computing refer mainly to P systems’ characterization of Turing...
We continue the analysis of P systems with gemmation of mobile membranes. We solve an open problem ...
We consider here a variant of rewriting P systems [1], where communication is controlled by the cont...
Languages appeared from the very beginning in membrane computing, by their length sets or directly a...
We consider a uniform way of treating objects and rules in P systems: we start with multisets of rul...
This paper proposes a new model of P systems where the rules are activated by objects present in th...
Languages appeared from the very beginning in membrane computing, by their length sets or directly ...
Abstract. In this paper we provide a semantics for membrane systems given by rewriting strategies. W...
Membrane systems are models of computation which are inspired by some basic features of biological m...
AbstractWe continue here the study of P systems with string objects processed by rewriting rules, by...
AbstractWe continue the analysis of P systems with gemmation of mobile membranes. We solve an open p...
A purely communicative variant of P systems was considered recently, based on the trans-membrane tra...
AbstractIn addressing certain problems about membrane computing, a recent and active branch of natur...
Abstract. We consider the idea of controlling the evolution of a membrane system. In particular, we ...
Abstract. We first survey some results concerning the generative power of $\mathrm{P} $ sys-tems wit...
AbstractExisting results in membrane computing refer mainly to P systems’ characterization of Turing...
We continue the analysis of P systems with gemmation of mobile membranes. We solve an open problem ...