Some considerations regarding mathematical Semiosis

Ricardo Ribeiro Gudwin, J. Queiroz
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引用次数: 1

Abstract

The discussion on the possibility of machines to achieve semiosis (meaning process) is a very controversial debate within artificial intelligence and cognitive science. In this work, we define meaning process in an entirely mathematical framework. We call the "transposition" of the Peircean theory to an abstract mathematical model as "mathematical semiosis". By doing this, we aim at growing a more understandable theory for explaining what is to mean, in a strictly mathematical sense, avoiding complications related to the connection of signs to a real world. The main application of such a theory would be in order to develop machines with these capabilities. In such a regard, what we are calling here "mathematical semiosis" would be a kind of purely mathematical abstraction for what is "semiosis" in the real world.
关于数学符号学的一些考虑
关于机器实现符号学(意义处理)的可能性的讨论是人工智能和认知科学中一个非常有争议的争论。在这项工作中,我们在一个完全数学的框架中定义了意义过程。我们把培尔海理论向抽象数学模型的“转换”称为“数学符号学”。通过这样做,我们的目标是发展一个更容易理解的理论来解释什么是意义,在严格的数学意义上,避免与符号与现实世界的联系有关的复杂性。这种理论的主要应用将是为了开发具有这些能力的机器。在这种意义上,我们所谓的“数学符号学”是对现实世界中“符号学”的一种纯粹的数学抽象。
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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