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Array-Rewriting P Systems with Basic Puzzle Grammar Rules and Permitting Features

机译:具有基本拼图语法规则和许可功能的数组重写P系统

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Motivated by the problem of tiling the plane, puzzle grammars were introduced as a mechanism for generating languages of picture arrays in the two-dimensional plane. On the other hand BPG array P system with array objects and basic puzzle grammar (BPG) rules was introduced as a variant of array generating P systems that were developed with a view to link the two areas of membrane computing and picture array grammars. Here we incorporate the feature of permitting symbols in the rules of the BPG array P system, thus introducing permitting array P system with BPG rules (pAP(BPG)). We show that the permitting feature gives more generative power to the BPG array P system with one or two membranes. We also show that a pAP(BPG) with only two membranes under t-communication mode, can generate picture arrays of square frames.
机译:出于平铺平面的问题,引入了拼图语法作为在二维平面中生成图片阵列语言的机制。另一方面,引入了带有数组对象和基本拼图语法(BPG)规则的BPG数组P系统,作为数组生成P系统的一种变体,其开发目的是将膜计算和图片数组语法的两个领域联系起来。在这里,我们将允许符号的特征并入BPG数组P系统的规则中,从而引入具有BPG规则(pAP(BPG))的允许数组P系统。我们表明,许可功能为具有一两个膜的BPG阵列P系统提供了更多的生成能力。我们还表明,在t通讯模式下只有两个膜的pAP(BPG)可以生成正方形帧的图片阵列。

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