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INTERCONNECTED DES MODELS OF EMERGENCY, OUTPATIENT, AND INPATIENT DEPARTMENTS OF A HOSPITAL

机译:互联的医院紧急,门诊和住院部门的模型

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National Health Service (NHS) performance targets in England have put pressure on hospital management to reduce waiting times. The stochastic nature of emergency patient arrivals creates problems for capacity planning for elective patients. We present a whole hospital model which can be used at policy level to investigate cause and effect relations, such as effects of increased emergency arrival volumes on elective waiting times. A typical general hospital can be abstracted in three main units; Accident and Emergency (A & E) department, outpatient clinics, and inpatient units. In real life these units are coupled and share hospital resources. We developed three discrete event simulation (DES) models for each unit to form a whole hospital DES model. We present our models conceptually and our main discussion is on the level of detail in these three models.
机译:英国的国家卫生服务(NHS)绩效目标对医院管理的压力施加压力,以减少等待时间。紧急患者到达的随机性质为选修患者的产能规划产生了问题。我们展示了一个整个医院模型,可以在政策层面使用,以调查原因和效应关系,例如紧急到达卷对选修等待时间的影响。典型的综合医院可以用三个主要单位抽象;事故和紧急情况(A&E)部门,门诊诊所和住院单位。在现实生活中,这些单位耦合并分享医院资源。我们为每个单元开发了三种离散事件模拟(DES)模型,以形成整个医院DES模型。我们在概念上展示了我们的模型,我们的主要讨论是在这三种模型中的细节水平。

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