Object classification using basic-level categories

Mariusz Mulka, Wojciech A. Lorkiewicz, R. Katarzyniak
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Abstract

This paper introduces a computational solution allowing an artificial system to organise large datasets into a set of known basic-level categories. Following cognitive computing paradigm we present an approach towards category-based internal organisation of cognitive agent's semantic memory. In particular, assuming a given set of basic-level categories (predefined or developed) we provide a concise introduction to two perceptron-based computational models allowing an artificial system to classify objects into basic-level categories. Utilising results from other disciplines (psychology, linguistics and cognitive science) we take advantage of the notion of cue validity and incorporate it as underlying weights of input features. Finally, using real bird species dataset we highlight simulation results of classification's precision and recall measures.
使用基本级别类别的对象分类
本文介绍了一种计算解决方案,允许人工系统将大型数据集组织成一组已知的基本级别类别。遵循认知计算范式,我们提出了一种基于类别的认知主体语义记忆内部组织方法。特别是,假设给定一组基本级别类别(预定义或开发),我们提供了两个基于感知器的计算模型的简要介绍,允许人工系统将对象分类为基本级别类别。利用其他学科(心理学、语言学和认知科学)的结果,我们利用线索有效性的概念,并将其作为输入特征的潜在权重。最后,利用真实的鸟类物种数据,对分类精度和召回率进行了仿真。
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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