2006Unpublished venueRequires access

Learning computing models from cells and tissues: P systems

Gheorghe Pǎun

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Abstract

This is intended to be a quick introduction to membrane computing, a branch of natural computing inspired in the structure and functioning of living cells and in their organization in tissues. The corresponding models, called P systems, are parallel distributed computing devices, handling multisets of abstract objects in a compartmentalized architecture defined by cell-like or tissue-like membrane arrangements.

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What this paper is about

This is intended to be a quick introduction to membrane computing, a branch of natural computing inspired in the structure and functioning of living cells and in their organization in tissues. The corresponding models, called P systems, are parallel distributed computing devices, handling multisets of abstract objects in a compartmentalized architecture defined by cell-like or tissue-like membrane arrangements.

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Available abstract

This is intended to be a quick introduction to membrane computing, a branch of natural computing inspired in the structure and functioning of living cells and in their organization in tissues. The corresponding models, called P systems, are parallel distributed computing devices, handling multisets of abstract objects in a compartmentalized architecture defined by cell-like or tissue-like membrane arrangements.

Key concepts: Membrane computing, Natural computing, Computer science, Living cell, Distributed computing, Architecture, Unconventional computing, Theoretical computer science

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