Computation as Implementation

Oron Shagrir
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引用次数: 1

Abstract

Many accounts of computation associate it with the implementation of some abstract structure such as an automaton, algorithm, or program. This chapter focuses on David Chalmers’s account. Chalmers develops an account of implementation as a response to the so-called triviality results, which indicate that every physical object performs every computation, and he goes on to identify computation with implementation. The chapter presents a nuanced approach to Chalmers’s account. On the positive side, it suggests that his notion of implementation successfully circumvents the dire consequences of the triviality results. Additionally, it agrees that the implementation of some formalism is necessary for computing. On the negative side, it argues that implementation (in Chalmers’s sense) is not sufficient for computation. Many physical systems—such as rocks, stomachs, and hurricanes—do not compute, even when they implement a formalism of some sort.
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计算即实现
许多关于计算的描述将其与一些抽象结构的实现联系起来,如自动机、算法或程序。本章的重点是大卫·查默斯的叙述。查尔默斯发展了一种关于实现的解释,作为对所谓琐碎结果的回应,琐碎结果表明,每个物理对象都执行每个计算,他继续将计算与实现区分开来。本章对查尔默斯的描述进行了细致入微的解读。从积极的方面来看,这表明他的执行概念成功地规避了琐碎结果的可怕后果。此外,它还同意某种形式主义的实现对于计算是必要的。在消极方面,它认为实现(在Chalmers的意义上)不足以进行计算。许多物理系统——如岩石、胃和飓风——不进行计算,即使它们实现了某种形式主义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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The Semantic View of Computation Conclusion Computing as Modeling Computation as Implementation Turing’s Computability
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