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Agent-oriented simulation of Emergency Department re-triage based on allocated time to treatment

机译:基于分配的治疗时间的面向Agent的急诊科重试模拟

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摘要

Triage is the first point of clinical assessment of severity in Emergency Departments (ED). While patients are allocated maximum waiting time to treatment, it is often overlooked in Malaysian ED. There are situations when patients' clinical conditions have deteriorated while waiting for treatment, which the patients may not have realized. Ideally, as patients reach the allocated waiting time limit, they should be re-triaged in order to re-assess their severity and take action for prompt treatment if necessary. Since, existing Malaysian triage systems do not implement re-triage, we used agent-oriented simulation to study the effects of re-triage on patients with deteriorating clinical conditions. Our preliminary findings show that re-triage can help to reduce the waiting time of patients whose conditions deteriorate rapidly. The simulation also uncovers an ED resource bottleneck, i.e., the number of physicians treating the patients, which is fixed to two based on the advice of practitioners.
机译:分诊是急诊科(ED)临床严重程度评估的第一点。虽然为患者分配了最大的等待时间以进行治疗,但在马来西亚急诊室中常常忽略了这一点。在某些情况下,患者的临床状况在等待治疗时恶化了,而患者可能没有意识到。理想情况下,当患者达到分配的等待时间时,应对其进行重新分类,以重新评估其严重程度,并在必要时采取措施迅速采取治疗措施。由于现有的马来西亚分诊系统不执行重分诊,因此我们使用了面向代理的模拟来研究重分诊对临床状况恶化的患者的影响。我们的初步发现表明,重试可以帮助减少病情迅速恶化的患者的等待时间。该模拟还发现了ED资源瓶颈,即治疗患者的医生人数,根据从业者的建议固定为两个。

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