Squids species classification using fuzzy inference system based on morphometric measurements

K. Himabindu, S. Jyothi, D. M. Mamatha
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Abstract

Identification in the field of commercial species, one of the species is Squids. Squid is a marine cephalopod mollusk. Each species of the squids has got its own features and to accurately classify the squids. The most dramatic differences were observed in Total length, Mantle Length, Mantle Width, Head Length, Head Width and Fin Width which could be used to distinguish squid from some of the different squids. To classifying the Squid species by taking the morphometric measurements, sometimes uncertainty will be arised by measuring features of mantle, fin and head of squid. To overcome this problem Fuzzy Inference System is used for classification of squids. In this paper computed features are fed into classifier i.e. “Fuzzy Inference System based on subtractive clustering of classification of squid species with six morphometric measurements. The classification accuracy is best yielded with Fuzzy inference system classifier of 88.0%.”
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基于形态测量的模糊推理系统在鱿鱼种类分类中的应用
在野外鉴定的商业种中,有一种是鱿鱼。鱿鱼是一种海洋头足类软体动物。每一种鱿鱼都有自己的特点,要对鱿鱼进行准确的分类。在总长度、外套长度、外套宽度、头长、头宽和鳍宽方面差异最大,这可以用来区分鱿鱼和一些不同种类的鱿鱼。在用形态测量法对乌贼进行物种分类时,有时通过测量乌贼的地幔、鳍和头部的特征会产生不确定性。为了克服这一问题,采用模糊推理系统对鱿鱼进行分类。本文将计算得到的特征输入到分类器中,即基于六种形态测量值的乌贼种类分类的模糊推理系统。模糊推理系统分类器的分类准确率达到88.0%。
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