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Genetic algorithm for optimizing FIS Tsukamoto for dental disease identification

机译:遗传算法优化冢本FIS进行牙齿疾病识别

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Teeth is one tool in the human digestive system that serves as a food destroyer for easy digestion. Diseases that attack teeth can inhibit this activity and can not be identified rapidly by young dentist. This problem can be solved with identification system. This identification system uses FIS Tsukamoto in analyzing. Subjective function of the membership of this fuzzy then solved by optimizing the membership function of the fuzzy. This optimization of the membership function produces optimal results from systems using FIS Tsukamoto with the highest accuracy of 89% from 100 testing data.
机译:牙齿是人类消化系统中的一种工具,可作为易于消化的食物破坏剂。侵袭牙齿的疾病可以抑制这种活动,年轻的牙医无法迅速发现。这个问题可以用识别系统解决。该识别系统使用FIS Tsukamoto进行分析。然后通过优化模糊的隶属函数来解决该模糊隶属度的主观函数。隶属函数的这种优化从使用FIS Tsukamoto的系统中产生最佳结果,从100个测试数据中得出的最高精度为89%。

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