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Designing a Hybrid Neuro-Fuzzy System for Classifying the Complex Data, Application on Cornea Transplant

机译:设计用于分类复杂数据的混合神经模糊系统,在角膜移植中的应用

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Artificial Neural Networks are one of the Best tools for classification of complex sets of patterns. It's a crucial issue which could assist physicians to make correct decisions. In this article, a specific application of AI is applied for a biomedical engineering purpose. The aim is to find the best classifier for discriminating Lasik eyes from non- Lasik ones, using neural networks. Previously Porkar and Sedigh Fazli [8] have been showed that how HMM can optimize the traditional statics method and now for obtaining more optimized systems, we continued our researches on using Intelligent neural networks supported by fuzzy logic .Two models are applied: One is MLP which is a base model on neural network and the other classifier is a hybrid neuro-fuzzy model called LoLiMoT. This process seems to be more accurate compared to statistical ones.
机译:人工神经网络是对复杂模式集进行分类的最佳工具之一。这是一个至关重要的问题,可以帮助医生做出正确的决定。在本文中,将AI的特定应用应用于生物医学工程目的。目的是找到使用神经网络将Lasik眼与非Lasik眼区分开的最佳分类器。以前,Porkar和Sedigh Fazli [8]已经证明了HMM如何优化传统的静态方法,现在为了获得更多优化的系统,我们继续使用模糊逻辑支持的智能神经网络进行研究。应用了两种模型:一种是MLP。这是神经网络的基础模型,另一个分类器是称为LoLiMoT的混合神经模糊模型。与统计过程相比,此过程似乎更准确。

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