A Dynamic Patients Dispatch and Treatment Model for Resilience Evaluation of Interdependent Transportation-Healthcare System
Shunshun Pei, Changhai Zhai, Weiping Wen, Peng Yu, Zhenqiang Wang
Abstract
Emergency authorities are concerned with how to effectively deliver patients to different hospitals for treatment while not overwhelming any single hospital during emergencies. This study proposes an optimization model for the real-time dispatching and treating schedule to evaluate the seismic resilience of the interdependent transportation-healthcare system. The functionality of the road network, the service of hospitals, and emergency management are comprehensively considered in the model. A series of case studies were used to test the applicability of the method and quantify the resilience under three seismic intensities.
Topics & Concepts
InterdependenceResilience (materials science)ScheduleHealth careComputer scienceService (business)Emergency responseOperations researchRisk analysis (engineering)BusinessMedical emergencyEngineeringMedicineMarketingPolitical sciencePhysicsLawEconomic growthThermodynamicsOperating systemEconomicsDisaster Response and ManagementInfrastructure Resilience and Vulnerability AnalysisDisaster Management and Resilience