专注于软计算技术来模拟环境在确定颜色中的作用

E.R. Denby
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引用次数: 0

摘要

本文描述了一项初步研究,从机器学习的角度调查背景在确定颜色中的作用。在一定的训练条件下,采用模糊神经网络的软计算技术进行颜色分类的智能处理。主要假设表明,神经网络的表现不如熟悉NCS颜色空间的人类,因为人类拥有将任何颜色正确分类为11组所需的上下文知识。本文描述了创建适合网络的数据集的过程,并报告了使用名为FuzzyCOPE 3/sup /spl copy//的软件来调查这一假设。此外,它还指出了诸如什么是上下文知识之类的问题?网络的学习是否可以说具有色彩空间的上下文知识?
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Focusing on soft-computing techniques to model the role of context in determining colours
This paper describes an initial study to investigate the role of context in determining colours from a machine learning perspective. A soft-computing technique in the form of fuzzy neural networks is used to perform the intelligent processing of categorising colours given some training. The main hypothesis suggests that the neural network will not perform as well as a human familiar with the NCS colour space, because humans possess context knowledge needed to correctly classify any colour variety into eleven groupings. This paper describes the process taken to create the dataset suitable for the network, and reports on the use of the software called FuzzyCOPE 3/sup /spl copy// to investigate this hypothesis. Further, it points to issues such as what is context knowledge? Can the network's learning be said to possess contextual knowledge of the colour space?.
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