P systems with limited number of objects
Artiom Alhazov, Rudolf Freund, Sergiu Ivanov
Abstract
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Artiom Alhazov, Rudolf Freund, Sergiu Ivanov
Abstract
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Abstract P systems are a model of compartmentalized multiset rewriting inspired by the structure of living cells and the way they function. In this paper, we focus of a variant in P systems in which membranes have limited capacity, i.e., the number of objects they may hold is limited by a fixed bound. This feature corresponds to an important physical property of cellular compartments. We propose several possible semantics of limited capacity and show that one of them allows real-time simulations of partially blind register machines, while the other one allows for obtaining computational completeness.
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Abstract P systems are a model of compartmentalized multiset rewriting inspired by the structure of living cells and the way they function. In this paper, we focus of a variant in P systems in which membranes have limited capacity, i.e., the number of objects they may hold is limited by a fixed bound. This feature corresponds to an important physical property of cellular compartments. We propose several possible semantics of limited capacity and show that one of them allows real-time simulations of partially blind register machines, while the other one allows for obtaining computational completeness.
Key concepts: Rewriting, Computer science, Property (philosophy), Feature (linguistics), Completeness (order theory), Multiset, Theoretical computer science, Focus (optics)