Add to ORKGIn this paper we address the possibility of studying the computational capabilities of catalytic P systems with one catalyst by the means of iterated finite state transducers. We also give a normal form for catalytic P systems
AbstractWe look at a 1-membrane catalytic P system with evolution rules of the form Ca→Cv or a→v, wh...
This article brings together some rather powerful results on P systems in which the computation is p...
The usual assumption in P systems behavior is that of maximal parallelism, however in living cells ...
AbstractThe original model of P systems with symbol objects introduced by Păun was shown to be compu...
AbstractWe look at 1-region membrane computing systems which only use rules of the form Ca→Cv, where...
International audienceCatalytic P systems are among the first variants of membrane systems ever cons...
International audienceCatalytic P systems and purely catalytic P systems are among the first variant...
This article shows how the computational universality can be reached by using P systems with object...
AbstractP systems are a biologically inspired model introduced by Gheorghe Păun with the aim of repr...
Purely catalytic P systems can generate all recursively enumerable sets of natural numbers with onl...
International audienceAbstract Catalytic P systems are among the first variants of membrane systems ...
Whether P systems with only one catalyst can already be computationally complete, is still an open p...
We further investigate the computing power of the recently introduced P systems with Z-multisets (a...
Whether P systems with only one catalyst can already be universal, is still an open problem. Here w...
Abstract. We look at 1-region membrane computing systems which only use rules of the form Ca!Cv, whe...
AbstractWe look at a 1-membrane catalytic P system with evolution rules of the form Ca→Cv or a→v, wh...
This article brings together some rather powerful results on P systems in which the computation is p...
The usual assumption in P systems behavior is that of maximal parallelism, however in living cells ...
AbstractThe original model of P systems with symbol objects introduced by Păun was shown to be compu...
AbstractWe look at 1-region membrane computing systems which only use rules of the form Ca→Cv, where...
International audienceCatalytic P systems are among the first variants of membrane systems ever cons...
International audienceCatalytic P systems and purely catalytic P systems are among the first variant...
This article shows how the computational universality can be reached by using P systems with object...
AbstractP systems are a biologically inspired model introduced by Gheorghe Păun with the aim of repr...
Purely catalytic P systems can generate all recursively enumerable sets of natural numbers with onl...
International audienceAbstract Catalytic P systems are among the first variants of membrane systems ...
Whether P systems with only one catalyst can already be computationally complete, is still an open p...
We further investigate the computing power of the recently introduced P systems with Z-multisets (a...
Whether P systems with only one catalyst can already be universal, is still an open problem. Here w...
Abstract. We look at 1-region membrane computing systems which only use rules of the form Ca!Cv, whe...
AbstractWe look at a 1-membrane catalytic P system with evolution rules of the form Ca→Cv or a→v, wh...
This article brings together some rather powerful results on P systems in which the computation is p...
The usual assumption in P systems behavior is that of maximal parallelism, however in living cells ...