相对知识距离及其认知特征研究

Kanchao Lian , Tao Wang , Baoli Wang , Min Wang , Weihua Huang , Jie Yang
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引用次数: 4

摘要

考虑到现有的知识距离没有包括知识之间的认知差异和智能主体认知立场之间的相关性,本文首先根据相对认知原理探讨了相对知识距离的概念。然后,在精确和模糊设置的背景下,本文描述了在特定知识条件下任意两个知识之间的转换难度,并进一步证明了由于相对知识距离的增加和条件知识粒度的细化而产生的新特征,能够很好地反映人类多粒度认知的渐进特征。同时,分析了层次聚类结构特征中绝对知识距离和相对知识距离的差异。最后,为了对人类的条件认知特征进行建模和模拟,本文设计了一种基于所提出的相对知识距离的特征选择算法,以展示认知立场和路径对不同认知(如力量、持有和弱点)的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Research on Relative Knowledge Distances and Their Cognitive Features

Considering that existing knowledge distances fail to include cognitive differences between knowledge and correlations among cognitive standpoints of intelligent agents, this paper first explores the notion of relative knowledge distances in light of relative cognitive principles. Then, under the context of precise and fuzzy settings, this paper depicts the transformation difficulty between any two knowledge given the condition of specific knowledge, and further proves the newly owned features due to the increase of relative knowledge distances and the refinement of conditional knowledge granularities, which can well reflect progressive features of humans’ multi-granularity cognition. Meanwhile, this paper analyzes the difference between absolute knowledge and relative knowledge distances in the structural features of hierarchical clustering. At last, to model and simulate humans’ conditional cognitive features, this paper designs a feature selection algorithm based on the proposed relative knowledge distances to demonstrate the effect of cognitive standpoints and paths on different cognition such as strength, hold and weakness.

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