We continue the line of research of deterministic parallel non-cooperative multiset rewriting with control. We here generalize control, i.e., rule applicability context conditions, from promoters and inhibitors checking presence or absence of certain object up to some bound, to regular and even stronger predicates, focusing at predicates over multiplicity of one symbol at a time
AbstractWe look at a 1-membrane catalytic P system with evolution rules of the form Ca→Cv or a→v, wh...
We introduce decision P systems, which are a class of P systems with symbol-objects and external ou...
The usual assumption in P systems behavior is that of maximal parallelism, however in living cells ...
Membrane systems (with symbol objects) are distributed controlled multiset processing systems. Non-...
Membrane systems (with symbol objects) are distributed controlled multiset processing systems. Non-...
The aim of this paper is to study the power of parallel multiset- rewriting systems with permitting...
This article shows how the computational universality can be reached by using P systems with object...
We consider (tissue) P systems using non-cooperative rules, but considering computations without ha...
This article brings together some rather powerful results on P systems in which the computation is p...
AbstractAn important open problem in the area of membrane computing is whether there is a model of P...
We introduce new possibilities to control the application of rules based on the preceding applicati...
We introduce and brie y investigate P systems with controlled computations. First, P systems with ...
In this paper we propose a new kind of rules inside the regions of a P system. We have called them ...
Membrane systems (with symbol objects) are formal models of distributed parallel multiset processin...
The P versus NP problem is undoubtedly the most important open question in computer science. Fronti...
AbstractWe look at a 1-membrane catalytic P system with evolution rules of the form Ca→Cv or a→v, wh...
We introduce decision P systems, which are a class of P systems with symbol-objects and external ou...
The usual assumption in P systems behavior is that of maximal parallelism, however in living cells ...
Membrane systems (with symbol objects) are distributed controlled multiset processing systems. Non-...
Membrane systems (with symbol objects) are distributed controlled multiset processing systems. Non-...
The aim of this paper is to study the power of parallel multiset- rewriting systems with permitting...
This article shows how the computational universality can be reached by using P systems with object...
We consider (tissue) P systems using non-cooperative rules, but considering computations without ha...
This article brings together some rather powerful results on P systems in which the computation is p...
AbstractAn important open problem in the area of membrane computing is whether there is a model of P...
We introduce new possibilities to control the application of rules based on the preceding applicati...
We introduce and brie y investigate P systems with controlled computations. First, P systems with ...
In this paper we propose a new kind of rules inside the regions of a P system. We have called them ...
Membrane systems (with symbol objects) are formal models of distributed parallel multiset processin...
The P versus NP problem is undoubtedly the most important open question in computer science. Fronti...
AbstractWe look at a 1-membrane catalytic P system with evolution rules of the form Ca→Cv or a→v, wh...
We introduce decision P systems, which are a class of P systems with symbol-objects and external ou...
The usual assumption in P systems behavior is that of maximal parallelism, however in living cells ...