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Abstract Geometrical Computation 6: A Reversible, Conservative and Rational Based Model for Black Hole Computation

机译:抽象几何计算6:黑洞计算的可逆,保守和有理基础模型

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摘要

In the context of Abstract geometrical computation, the Black hole model of computation (and SAD computers) have been implemented. In the present paper, based on reversible and (energy) conservative stacks, reversible Turing machines are simulated. A shrinking construction that has and preserves these properties is then presented. All together, the black hole model of computation is implemented by a rational signal machine that is reversible and conservative.
机译:在抽象几何计算的上下文中,已经实现了黑洞计算模型(和SAD计算机)。在本文中,基于可逆和(能量)保守堆栈,对可逆图灵机进行了仿真。然后介绍了具有并保留这些属性的收缩构造。总之,黑洞计算模型是由可逆且保守的有理信号机实现的。

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