We consider rewriting P systems with parallel application of evolution rules, where no conflicts on the communication of objects can arise. Different parallelism methods are used and only rules which have the same target indication can be simultaneously applied to a common string. The computational power is analyzed, with respect to Lindenmayer systems, and some relations among different parallel rewriting P systems are studied. Some open problems are also formulated
The aim of this paper is to study the power of parallel multiset- rewriting systems with permitting...
The so-called family of finite copying parallel rewriting systems is considered in this work, includ...
AbstractWe define a new model called O-PRS that extends the Process Rewrite Systems formalism with a...
We continue the investigation of parallel rewriting P systems without target conflicts, a class of ...
The paper is about some families of rewriting P systems, where the application of evolution rules i...
We analyze P systems with different parallel methods for string rewriting. The notion of deadlock st...
Rewriting P systems with parallel application of evolution rules, as defined in Besozzi et al. [Para...
We consider parallel rewriting P systems with deadlock, that is P systems with string objects in wh...
AbstractMaximally parallel multiset rewriting systems (MPMRS) give a convenient way to express relat...
AbstractWe consider the class of parallel rewriting systems and investigate the interaction between ...
The aim of this paper is to show how the P systems with replicated rewriting can be modeled by X-mac...
We consider the class of parallel rewriting systems and investigate the interaction between two comp...
The P versus NP problem is undoubtedly the most important open question in computer science. Fronti...
In parallel rewriting P systems, the notion of deadlock is used to describe situations where evolut...
The class of parallel rewriting systems is considered in this work, and the interaction between two ...
The aim of this paper is to study the power of parallel multiset- rewriting systems with permitting...
The so-called family of finite copying parallel rewriting systems is considered in this work, includ...
AbstractWe define a new model called O-PRS that extends the Process Rewrite Systems formalism with a...
We continue the investigation of parallel rewriting P systems without target conflicts, a class of ...
The paper is about some families of rewriting P systems, where the application of evolution rules i...
We analyze P systems with different parallel methods for string rewriting. The notion of deadlock st...
Rewriting P systems with parallel application of evolution rules, as defined in Besozzi et al. [Para...
We consider parallel rewriting P systems with deadlock, that is P systems with string objects in wh...
AbstractMaximally parallel multiset rewriting systems (MPMRS) give a convenient way to express relat...
AbstractWe consider the class of parallel rewriting systems and investigate the interaction between ...
The aim of this paper is to show how the P systems with replicated rewriting can be modeled by X-mac...
We consider the class of parallel rewriting systems and investigate the interaction between two comp...
The P versus NP problem is undoubtedly the most important open question in computer science. Fronti...
In parallel rewriting P systems, the notion of deadlock is used to describe situations where evolut...
The class of parallel rewriting systems is considered in this work, and the interaction between two ...
The aim of this paper is to study the power of parallel multiset- rewriting systems with permitting...
The so-called family of finite copying parallel rewriting systems is considered in this work, includ...
AbstractWe define a new model called O-PRS that extends the Process Rewrite Systems formalism with a...