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 …

The history of formalizing the notion of algorithm (and of computation) dates back to GW
Leibniz (1646–1716) when it focused on trying to model the computations performed by …

The sodium-potassium pump is a fundamental transmembrane protein present in all animal
cells. The functioning of the pump is described and analyzed in the formal framework of P …

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 …

This book focuses on the design methodologies of various quantum circuits, DNA circuits,
DNA-quantum circuits and quantum-DNA circuits. It considers the merits and challenges of …

The operations governing the movement of biological membranes are endocytosis and
exocytosis. New models of computation are inspired by these biological operations. In this …

We introduce in the P systems area a mechanism, inspired from neural-cell behavior, which
controls computations by inhibiting and de-inhibiting evolution rules. We investigate the …

La Tesis enmarca dentro de la disciplina de la computación celular con membranas, un
modelo de computación orientado a máquinas, inspirado en la estructura y funcionamiento …

In an earlier paper, we presented an extension to the families of P systems, called hyperdag
P systems (hP systems), by proposing a new underlying topological structure based on the …

In the present paper we propose a way to simulate Boolean gates and circuits in the
framework of P systems with active membranes using inhibiting/de-inhibiting rules. This new …