Further Twenty Six Open Problems in Membrane Computing Page 1 Further Twenty Six Open
Problems in Membrane Computing Gheorghe Paun Institute of Mathematics of the Romanian …

P systems with active membranes are among the central ones in membrane computing, and
they were shown to be both computationally universal (able to simulate Turing machines) …

Membrane computing is a branch of natural computing aiming to abstract computing models
from the structure and functioning of the living cell, and from the way cells cooperate in …

Models of computation are fundamental notions in computer science; consequently, they
have been the subject of countless research papers, with numerous novel models proposed …

We continue the study of P systems with mobile membranes introduced in [6], which is a
variant of P systems with active membranes having none of the features like polarizations …

Membrane systems are purely abstract computational models afar inspired by biological
cells, their membranes, and their biochemistry. The inherently parallel nature of membrane …

This is a very short discussion of similarities and dissimilarities between membrane
computing and brane calculi, insisting mainly on some recent ideas of bridging the two …

In this work we propose an efficient solution to calculate the minimum editing distance
between membrane structures of arbitrary P systems. We use a new model of tree automata …

In this work we propose an error-correcting approach to solve the identification of P rules for
membrane modifications based on the behavior of the P system. To this aim, we take the …

In this paper, we consider P systems with membrane creation working with symbol objects.
As a result of a halting computation we do not take the set of numbers generated in a …