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P systems applications to systems biology

机译:P系统在系统生物学中的应用

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A number of computational paradigms have emerged, either inspired by or to account for, the multifaceted complex phenomena present in biological processes. One of the most recent and successful of these paradigms is the so called membrane computing, formally called P systems, introduced by P?un (2000) (see P?un, 2002 for a modern introduction). Although young, membrane computing is a vigorous research field that is having an impact on a variety of disciplines. Indeed, P systems research is growing fast: in 2003 the Thompson Institute for Scientific Information characterised the initial paper (P?un, 2000) as “fast breaking” and the domain as “emergent research front in computer science”. Since 2000 several volumes and a large number of papers have appeared reporting on the scientific progress viz-a-viz various computational structural aspects of membrane computing.
机译:已经出现了许多计算范例,这些范例是受生物学过程中存在的多方面复杂现象的启发或对其进行解释的。这些范例中最新,最成功的一种就是所谓的膜计算,正式称为P系统,由Pun(2000)引入(有关现代介绍,请参见Pun,2002)。膜计算虽然很年轻,但它是一个蓬勃发展的研究领域,对各个学科都有影响。实际上,P系统的研究正在迅速发展:2003年,汤普森科学信息研究所将最初的论文(P?un,2000)描述为“快速突破”,将其领域描述为“计算机科学中的新兴研究前沿”。自2000年以来,出现了几卷并且大量论文报道了膜计算的各种计算结构方面的科学进展。

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