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Ef-Zin: A hybrid framework for ubiquitous management of comorbidity and multimorbidity in chronic diseases

机译:Ef-Zin:一种混合框架,可广泛管理慢性病中的合并症和多发病

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The existence of comorbidity and multimorbidity increases the diagnostic uncertainty and has a variety of negative social and economical impacts. This paper proposes the Ef-Zin framework that aims to manage patients suffering from chronic conditions by means of (a) creating collaborative virtual groups through medical and paramedical professionals and (b) delivering the appropriate therapy to the individual patient. Ef-Zin involves two distinct processing phases for parallel evaluation of patient's contextual information. For the evaluation it uses rule-based algorithms and Random Forest (RF) machine learning technique for categorizing patients into groups according to the severity levels, making decisions about the services that will be delivered and notifying the appropriate specialized healthcare professionals for patient's current health status. We have carefully drafted an architecture of the proposed Ef-Zin framework and qualitative evaluation has been conducted in a common use case scenario such as Chronic Obstructive Lung Disease (COPD) and a cardiovascular disease (hypertension) that is the most frequent and significant disease that coexists with COPD.
机译:合并症和多发病的存在增加了诊断的不确定性,并具有各种负面的社会和经济影响。本文提出了一种Ef-Zin框架,旨在通过以下方式管理患有慢性病的患者:(a)通过医学和辅助医疗专业人员创建协作虚拟小组,以及(b)为个别患者提供适当的治疗方法。 Ef-Zin涉及两个不同的处理阶段,用于并行评估患者的上下文信息。为了进行评估,它使用基于规则的算法和随机森林(RF)机器学习技术,根据严重性级别将患者分为几类,就将要提供的服务做出决定,并通知适当的专业医疗专业人员以了解患者的当前健康状况。我们已经仔细拟定了拟议的Ef-Zin框架的架构,并已在常见用例场景(例如慢性阻塞性肺疾病(COPD)和心血管疾病(高血压))中进行了定性评估,与COPD共存。

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