Some Considerations about Fuzzy Logic Based Decision Making by Autonomous Intelligent Actor

A. Tserkovny
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引用次数: 1

Abstract

The article presents an approach toward an implementation of a fuzzy log-ic-based decision-making process by Autonomous Intelligent Actor (AIA) (© A. Tserkovny), when an input information is defined for its “strategic target-ing” by a human operator in terms of a fuzzy incident geometry, whereas its “tactical” behavior (a navigation in space) is directed by fuzzy conditional inference rules. For implementing both elements of AIA decision-making a fuzzy logic [1] for formal geometric reasoning with extended objects is used. This fuzzy logic based fuzzification of axioms of an incidence geometry and a predicate apparatus [2] for AIA space orientation are also presented. The approach, offered in the article, extends predicates of a counter positioning of two objects and their mutual navigation into their fuzzy counterparts. The latter allows AIA to make certain “tactical” decisions.
基于模糊逻辑的自主智能行为体决策的若干思考
本文提出了一种由自主智能参与者(AIA)(©a . Tserkovny)实现基于模糊逻辑的决策过程的方法,当输入信息由人类操作员根据模糊事件几何为其“战略目标”定义时,而其“战术”行为(空间导航)由模糊条件推理规则指导。为了实现AIA决策的两个要素,使用了具有扩展对象的形式几何推理的模糊逻辑[1]。本文还提出了基于模糊逻辑的关联几何公理的模糊化和AIA空间定位的谓词装置[2]。本文提供的方法将两个对象的反向定位的谓词及其相互导航扩展到它们的模糊对应对象。后者允许友邦保险做出某些“战术”决策。
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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