On a Notion of Extensionality for Artifacts

L. Polkowski, M. Semeniuk-Polkowska
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引用次数: 1

Abstract

The notion of extensionality means in plain sense that properties of complex things can be expressed by means of their simple components, in particular, that two things are identical if and only if certain of their components or features are identical; e.g., the Leibniz Identitas Indiscernibilium Principle: two things are identical if each applicable to them operator yields the same result on either; or, extensionality for sets, viz., two sets are identical if and only if they consist of identical elements. In mereology, this property is expressed by the statement that two things are identical if their parts are the same. However, building a thing from parts may proceed in various ways and this, unexpectedly, yields various extensionality principles. Also, building a thing may lead to things identical with respect to parts but distinct with respect, e.g., to usage. We address the question of extensionality for artifacts, i.e., things produced in some assembling or creative process in order to satisfy a chosen purpose of usage, and, we formulate the extensionality principle for artifacts which takes into account the assembling process and requires for identity of two artifacts that assembling graphs for the two be isomorphic in a specified sense. In parallel, we consider the design process and design things showing the canonical correspondence between abstracta as design products and concreta as artifacts. In the end, we discuss approximate artifacts as a result of assembling with spare parts which analysis does involve rough mereology.
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关于工件的可扩展性的概念
广义上,延伸性的概念意味着复杂事物的性质可以用它们的简单成分来表示,特别是当且仅当两个事物的某些成分或特征是相同的;例如,莱布尼茨同一性不可分辨原理:如果两个事物各自适用于它们的运算符在其中一个上产生相同的结果,则它们是相同的;或者,集合的扩张性,即两个集合是相同的当且仅当它们由相同的元素组成。在流变学中,如果两个事物的部分相同,那么它们就是相同的。然而,从各个部分构建一个东西可能以各种方式进行,这意外地产生了各种可扩展性原则。同样,建造一件东西可能会导致部分相同但在使用方面不同的东西,例如,用法。我们解决了工件的外延性问题,即,为了满足选择的使用目的,在一些组装或创造过程中产生的东西,并且,我们制定了工件的外延性原则,该原则考虑了组装过程,并要求两个工件的同一性,在特定意义上,两个工件的组装图是同构的。同时,我们认为设计过程和设计事物表现出作为设计产品的抽象和作为人工制品的具体之间的规范对应关系。最后,我们讨论了由于与备件组装而产生的近似工件,其分析确实涉及粗糙的流变学。
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