Neuro-fuzzy network for flavour recognition and classification

S. Osowski, T. H. Linh, K. Brudzewski
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Abstract

The paper presents the neuro-fuzzy TSK network for the recognition and classification of flavour. The important role in this process fulfills the self-organizing process used for the creation of the inference rules. The self-organizing neurons perform the role of clustering the data into fuzzy groups with different membership values (the preprocessing stage). Applying the automatic control of clusters we have got the optimal size of the TSK network. The developed measuring system has been applied for the recognition of the flavour of different brands of beer. The fuzzy neural network is used for processing the signals obtained from the semiconductor sensor array. The results of numerical experiments have confirmed the excellent performance of such solution.
气味识别与分类的神经模糊网络
提出了一种用于风味识别和分类的神经模糊TSK网络。该过程中的重要作用是实现用于创建推理规则的自组织过程。自组织神经元将数据聚类成不同隶属度的模糊组(预处理阶段)。通过对聚类的自动控制,得到了最优的TSK网络大小。所开发的测量系统已用于不同品牌啤酒风味的识别。利用模糊神经网络对半导体传感器阵列信号进行处理。数值实验结果证实了该解的优良性能。
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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