Nature-inspired computing is a type of human-designed computing motivated by nature,
which is based on the employ of paradigms, mechanisms, and principles underlying natural …

Cell-like P systems with symport/antiport rules are inspired by the structure of a cell and the
way of communicating substances through membrane channels between neighboring …

We consider tissue P systems with antiport rules and investigate their computational power
when using only a (very) small number of symbols and cells. Even when using only one …

We first give a historical overview of the most important results obtained in the area of P
systems and tissue P systems with symport/antiport rules, especially with respect to the …

It is known that P systems with antiport rules simulate register machines, ie, they are
computationally complete. Hence, due to the existence of universal register machines, there …

This chapter discusses the key concepts in Membrane Computing, with some examples
illustrating their usage, the main theoretical developments, by pointing at some of the most …

The operations of symport and antiport, directly inspired from biology, are already known to
be rather powerful when used in the framework of P systems. In this paper we confirm this …

We prove that two classes of communicative P systems with 3 membranes and with minimal
cooperation, namely P systems with symport/antiport rules of size 1 and and P systems with …

This volume is based on papers presented at the Workshop on Membrane Computing, WMC
2003, which took place in Tarragona, Spain, in the-riod July 17-July 22, 2003. This was the …

Résumé Nos travaux de recherche se situent dans le domaine de la théorie des langages
formels. Cependant, l'objet de nos études sont les opérations sur les mots et les modèles de …