Online and Offline Medical Resource Allocation Method During Outburst of Epidemic
To address the problem of online and offline medical resource allocation for general hospitals during the outburst of the epidemic,a two-stage sequential game model under the queuing framework was used to analyze the optimal online and offline service capacity allocation equilibrium decision for general hospitals with the heterogeneous patient access choice behavior.The results show that as the number of patients in the control area increases,the general hospital should allocate more capacity to online service.The impact of optimal online service capacity allocation depends on the pricing of mistreatment patients.When the number of patients in the control area is large and the cure rate of online service is low,it is more beneficial for the general hospital to give greater discounts for mistreatment patients.The findings provide insights for general hospitals to explore dual-channel service patterns and operational management impacted by the outburst of the epidemic.
online diagnosis and treatmenthealthcare resource allocationqueuing game
万方数据
维普
