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Integration of qualitative and quantitative reasoning to support medical decisions in cardiac intensive care units

机译:定性和定量推理的整合支持心脏重症监护病房的医疗决策

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The main aspects of a new expert system for analysing the clinical status and evolution of postoperative cardiac patients in Intensive Care Units (ICUs) are described. Long-term knowledge is structured through a causal network which represents the main relationships between hemodynamic and metabolic quantities. the inference engine adopts a hybrid able to manage both quantitative and qualitative reasoning. The aim of the reasoning process is to identify all the possible configurations of the network, i.e. all the possible pathophysiological conditions coherent with the patient's monitored quantities. The results of a simulation concerning a real patient at "high risk" are illustrated as an example of system diagnostic capabilities. The system imputes the severity of the patient to a decrease in cardiac performance, with a consequent increase in oxygen extraction from blood.
机译:描述了一种新的专家系统的主要方面,该系统用于分析重症监护病房(ICU)中心脏术后患者的临床状况和进展。长期知识是通过因果网络构建的,该因果网络代表了血流动力学和代谢量之间的主要关系。推理引擎采用能够同时管理定量和定性推理的混合系统。推理过程的目的是识别网络的所有可能配置,即与患者的监视数量相一致的所有可能的病理生理状况。作为系统诊断功能的示例,说明了与处于“高风险”下的实际患者有关的模拟结果。该系统将患者的严重程度归因于心脏功能的下降,从而增加了从血液中提取氧气的能力。

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