离散事件模拟的参与式建模:一种为政策制定提供信息以减少急诊室等待时间的混合方法

Yuan Tian, Jenny Basran, J. Stempien, Adrienne Danyliw, Graham Fast, Patrick Falastein, N. Osgood
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引用次数: 0

摘要

我们详细介绍了一个案例研究,在开发和使用离散事件模拟中使用参与式建模方法来确定旨在减少加拿大卫生政策设置中急诊科(ED)等待时间的干预策略。开发了一种专门适用于当地政策环境的四阶段参与式建模方法,以便在整个建模过程中吸引利益相关者。参与式方法使省级团队能够与广泛的利益相关者合作,从整个系统的角度检查和确定所研究医院急诊室等待时间过长的原因和解决方案。该方法的每个阶段都通过其在案例研究中的应用进行了演示。参与式建模方法的一个新颖和关键特征是开发和使用多标准框架来确定和优先考虑干预措施,以减少急诊科等待时间。最后,我们讨论了经验教训,为参与式建模方法的未来发展和应用提供了见解,以促进政策制定和建立多方利益相关者共识。
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Participatory Modeling with Discrete-Event Simulation: A Hybrid Approach to Inform Policy Development to Reduce Emergency Department Wait Times
We detail a case study using a participatory modeling approach in the development and use of discrete-event simulations to identify intervention strategies aimed at reducing emergency department (ED) wait times in a Canadian health policy setting. A four-stage participatory modeling approach specifically adapted to the local policy environment was developed to engage stakeholders throughout the modeling processes. The participatory approach enabled a provincial team to engage a broad range of stakeholders to examine and identify the causes and solutions to lengthy ED wait times in the studied hospitals from a whole-system perspective. Each stage of the approach was demonstrated through its application in the case study. A novel and key feature of the participatory modeling approach was the development and use of a multi-criteria framework to identify and prioritize interventions to reduce ED wait times. We conclude with a discussion on lessons learned, which provide insights into future development and applications of participatory modeling methods to facilitate policy development and build multi-stakeholder consensus.
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