Diabetic data analysis in big data with predictive method

S. Prasad, S. Sangavi, A. Deepa, F. Sairabanu, R. Ragasudha
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引用次数: 18

Abstract

Diabetes mellitus is one of the major non-communicable diseases which have great impact on human life today. Due to the life style and work culture changes in the 21st century, India houses 62 million diabetes in it. By applying computational analytics on clinical big data, the massive amount of data generated in the healthcare systems, will be used to create medical intelligence which will drive medical prediction and forecasting. Developing medical intelligence out of the clinical data available will create healthcare system to be patient-centered and will reduce medical cost and hospital readmission too. Big Data Analytics improves health care system through the reduction run time and the optimal cost. It ability to make the banking and healthcare decision based on the communication made by system. This system values the predictive investigation of algorithm in Hadoop/Map Reduce environment to predict and classify the type of Diabetic Mellitus, Type-1 diabetes does not produce the insulin in our body. In 10% of people with diabetes have this form of the disease. In Type-2 diabetes does not use insulin properly in our body. Generally around the 24th week — many women establish gestational diabetes while the pregnancy is increasing.
糖尿病数据大数据预测分析
糖尿病是当今严重影响人类生活的主要非传染性疾病之一。由于21世纪生活方式和工作文化的变化,印度有6200万糖尿病患者。通过将计算分析应用于临床大数据,医疗系统中产生的大量数据将用于创建医疗智能,从而推动医疗预测和预测。从可用的临床数据中开发医疗智能将创建以患者为中心的医疗保健系统,并将降低医疗成本和医院再入院率。大数据分析通过减少运行时间和优化成本来改善医疗保健系统。它能够根据系统所做的通信做出银行和医疗保健决策。本系统重视Hadoop/Map Reduce环境下算法的预测研究,对糖尿病的类型进行预测和分类,1型糖尿病在我们体内不产生胰岛素。10%的糖尿病患者患有这种疾病。2型糖尿病患者体内不能正常使用胰岛素。一般在第24周左右,随着妊娠期的增加,许多妇女会患上妊娠糖尿病。
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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