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Bigdata Analytics on Diabetic Retinopathy Study (DRS) on Real-time Data Set Identifying Survival Time and Length of Stay

机译:实时识别糖尿病视网膜病变研究(DRS)的大数据分析,确定生存时间和住院时间

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In this paper, we had analyzed a large scale Diabetic data sets for several patients to find the length of time taken for treatment for each class of Diabetes and the risk of re-admission of diabetic patients performing Bigdata analytics, the type of diabetes and its outcome which acted as a high risk sample of patient data sets. We have collected and integrated different sources of diabetic information for several patients, from primary and secondary treatment information to administrative information, to analyze novel view of patient care processes such as type of treatments and every patient behaviors on which results multifaceted nature of chronic care that we take into our account to predict the survival factors and length of stay. Nowadays by using electronic medical equipments with high quality and high degree calibrations, we are able to gather large amounts of real-time diabetic data sets. The requires the usage of distributed platforms for making BigData analysis that results on making decisions based on available data and its trends. This type of Bigdata analysis allows geographical and environmental information of patients’ enables the capability of interpreting the ethnicity of data gathered and extract new analysis to identify survival options and treatment timelines (LOS) from them.
机译:在本文中,我们分析了几位患者的大规模糖尿病数据集,以发现每种糖尿病治疗所需的时间以及进行大数据分析的糖尿病患者重新入院的风险,糖尿病的类型及其类型。结果作为患者数据集的高风险样本。我们已经收集并整合了几位患者的不同糖尿病信息来源,从初级和次级治疗信息到行政信息,以分析患者护理过程的新颖观点,例如治疗类型和每位患者的行为,从而导致慢性护理的多方面性质,我们会考虑预测生存因素和停留时间。如今,通过使用高质量和高度校准的电子医疗设备,我们能够收集大量的实时糖尿病数据集。这就要求使用分布式平台进行BigData分析,该分析是基于可用数据及其趋势做出决策的结果。这类Bigdata分析可让患者了解地理和环境信息,从而能够解释所收集数据的种族并提取新的分析结果,从而从中识别出生存选择和治疗时间表(LOS)。

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