In Emergency Medical Services (EMS) ability to respond to emergency situations rapidly is very crucial. One of the main decisions that need to be made by the EMS provider is to locate available ambulances in an efficient way that all possible demand can be covered at a reasonable amount of time. For the ambulance location problem, we propose three new optimization models, employing Double Standard Model as a base. We make an elaborate analysis to decide on the minimum number of ambulances required in each location. Using real-life data from İzmir, Turkey, proposed optimization models are solved for both the population and the call volume data. Consequently, this study mainly showed that in solving ambulance location problem, the use of call volume data and preparing periodical plans are more efficient than using either population data or preparing plans based on daily call volume data.
|Number of pages||13|
|Journal||Journal of Industrial and Production Engineering|
|Publication status||Published - 31 Dec 2019|
- Emergency medical services
- ambulance location
- double-coverage models
- mathematical modeling