Continuation Semantics of a Language Inspired by Membrane Computing with Symport/Antiport Interactions

Gabriel Ciobanu, E. Todoran
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Abstract

We investigate the semantics of a language inspiredby membrane computing in which computation proceedsin a maximally parallel way, involving multisets of objectsdistributed into hierarchical structures of regions delimitedby membranes. The language provides primitives for parallelcommunication of objects across membranes in the form ofrules that can be used to express symport/antiport interactions. It also provides a primitive for membrane creation. Forthe language under investigation we present a denotationalsemantics designed with metric spaces and continuations.
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一种具有正/反相互作用的膜计算语言的延拓语义
我们研究了一种受膜计算启发的语言的语义,其中计算以最大并行的方式进行,涉及分布在由膜划分的区域的分层结构中的多组对象。该语言以规则的形式为跨膜对象的并行通信提供了原语,这些规则可用于表示正/反相互作用。它还为膜的形成提供了一种原始物质。对于所研究的语言,我们提出了一个由度量空间和延拓设计的指称语义。
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A Hybrid CPU/GPU Approach for the Parallel Algebraic Recursive Multilevel Solver pARMS Continuation Semantics of a Language Inspired by Membrane Computing with Symport/Antiport Interactions Parallel Integer Polynomial Multiplication A Numerical Method for Analyzing the Stability of Bi-Parametric Biological Systems Comparing Different Term Weighting Schemas for Topic Modeling
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