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Diophantine Equations and Splicing: A New Demonstration of the Generative Capability of H Systems

机译:蒸番啶方程和拼接:H系统的生成能力的新展示

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摘要

Systems based on the splicing operation are computationally complete. Usually demonstrations of this are based on simulations of type-0 grammars. We propose a different way to reach this result by solving Diophantine equations using extended H system with permitting context. Completeness then follows from Matiyasevich's theorem stating that the class of Diophantine sets is identical to the class of recursive enumerable sets.
机译:基于拼接操作的系统是计算完成的。通常,这是基于0型语法的模拟。我们提出了一种通过使用扩展的H系统求解带允许上下文的辅助H系统来实现不同的方法来实现这一结果。完整性然后从Matiyasevich的定理遵循,指出辅助型集的类与递归枚举集的类相同。

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