进化、涌现、符号化:智能系统模型的组成部分

A. Meystel
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引用次数: 1

摘要

智能系统的讨论通常从将智能定义为一组技能开始,但总是以指定学习机制结束。重要的是要解决计算/控制学习过程技术(非常类似于符号学过程)和生物学习(包括物种进化)之间的差异和相似性问题,其中与符号学的相似性不太明显。我们希望引起人们对多层次进化过程理论的注意,这一理论在本文中被解释为多分辨率进化过程。在计算和生物学习领域,包括物种的进化,许多已知的悖论被提出了新的解释。学习过程和决策机制的发展对单个和多个代理具有直接的联系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Evolution, emergence, semiosis: components of the model for intelligent system
The discussion of intelligent system usually starts with issues of defining intelligence as a set of skills, but always ends with specifying the mechanisms of learning. It is important to address the issue of differences and similarities between the techniques of computational/control learning processes (very similar to the processes of semiosis) and biological learning including evolution of species where the resemblance with semiosis is less obvious. We would like to attract attention to the theory of multilevel processes of evolution which are interpreted in this paper as multiresolutional processes of evolution. Novel explanations are preposed for numerous paradoxes known in the area of computational and biological learning including evolution of species. The direct linkage is demonstrated of learning processes and the development of decision-making mechanisms for single and multiple agents.
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