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Supervised and Unsupervised-Based Analytics of Intensive Care Unit Data

机译:重症监护病房数据的基于监督和无监督的分析

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Resources and personnel availability in Intensive Care Units (ICUs) of hospitals are scarce and challenging to manage, particularly certain group of patients are more likely to be dead than alive after released from ICUs. There has been availability of ICU data, opening the door for performing analytical approach to uncover the trends and patterns for better policy and resource allocation decision towards improved outcome of the patients. In this paper, we explored MIMIC III dataset and applied supervised and unsupervised learning approaches to shed some lights on the complex underlying relationships between the patient's Length of Stay (LOS) and a number of attributes available from data. Our results indicate that neural network-based approaches perform the best for predicting the mortality outcome compared to other supervised and unsupervised approaches.
机译:医院的重症监护病房(ICU)的资源和人员可用性十分稀缺且难以管理,尤其是某些患者从ICU出院后死亡或活着的可能性更大。 ICU数据已经可用,这为执行分析方法揭开了大门,揭露了趋势和模式,以便更好地制定政策和资源分配决策,以改善患者的预后。在本文中,我们探索了MIMIC III数据集,并应用了有监督和无监督的学习方法,以阐明患者的住院天数(LOS)与可从数据中获得的许多属性之间的复杂潜在关系。我们的结果表明,与其他有监督和无监督的方法相比,基于神经网络的方法在预测死亡率结果方面表现最佳。

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