Membrane computing is a vibrant and fast-growing research area of natural computation
which covers the study of computing models, called membrane systems or P systems …

In tissue P systems several cells (elementary membranes) communicate through
symport/antiport rules, thus carrying out a computation. We add to such systems the basic …

Tissue P systems are a class of bio-inspired computing models motivated by biochemical
interactions between cells in a tissue-like arrangement. Tissue P systems with cell division …

Ecosystem modelling based on membrane computing is emerging as a powerful way to
study the dynamics of (real) ecological populations. These models, providing distributed …

Tissue P systems are distributed parallel and non-deterministic computing models in the
framework of membrane computing, which are inspired by intercellular communication and …

Tissue P systems, which are inspired from the structures and functions of biological tissues,
are a class of distributed and parallel computing models. In traditional tissue P systems …

Membrane computing is a kind of distributed and parallel computing model inspired by a
biological cell mechanism. The maximum parallelism of membrane computing improves the …

Tissue-like P systems with cell division are computing models in the framework of
membrane computing. They are inspired by the intercellular communication and neuronal …

Tissue P systems with cell division is a computing model in the framework of Membrane
Computing based on intercellular communication and cooperation between neurons. The …

Membrane systems are parallel distributed computing models that are used in a wide variety
of areas. Use of a sequential machine to simulate membrane systems loses the advantage …