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A Computational-Intelligence Based Approach to Diagnosis of Diabetes Mellitus Disease

机译:基于计算智能的诊断糖尿病疾病的方法

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Diabetes Mellitus (DM) is a disease that occurs when the pancreas cannot produce enough insulin or when insulin that it produces cannot be used effectively. High frequency of urination and hunger and thirst are general symptoms of high levels of blood glucose. Global estimates of 2015 claims that 415 million people are living with diabetes and 90% of them belongs to Type 2 DM. DM have equal rates for men and woman, and a rate of 8.3% in total adults. Diagnosis of the disease is not challenging however, it requires blood glucose measurements in different times. In emergency cases where the patient is unconscious, the possibility to overlook the disease is high. In this study, fuzzy c-means clustering algorithm, in which each variable can belong to more than one class, is used to classify the two groups of patients with and without diabetes through other blood test data and demographic factors. In the first application with 100 patients of a hospital, the algorithm correctly classified 81% of patients.
机译:糖尿病(DM)是一种疾病,当胰腺不能产生足够的胰岛素或当它产生的胰岛素不能有效地使用时发生的疾病。高频率和饥饿和渴望是高水平血糖的一般症状。 2015年全球估计,415万人患有糖尿病,90%的人属于2 DM。 DM对男女率相等,总成年人的速度为8.3%。然而,疾病的诊断并不具挑战性,需要在不同时间进行血糖测量。在患者无意识的紧急情况下,忽略疾病的可能性很高。在本研究中,模糊C-Means聚类算法,其中每个变量可以属于多种类,用于通过其他血液测试数据和人口因子对两组患者进行分类。在第一次申请100名医院患者中,该算法正确分类为81%的患者。

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