This article traces the evolution of ambulance location and relocation models proposed over the past 30 years. The models are classified in two main categories. Deterministic models are used at the planning stage and ignore stochastic considerations regarding the availability of ambulances. Probabilistic models reflect the fact that ambulances operate as servers in a queueing system and cannot always answer a call. In addition, dynamic models have been developed to repeatedly relocate ambulances throughout the day
This paper deals with optimizing the location of ambulance stations in a two-tiered emergency medica...
The location of emergency service facilities such as ambulance and fire stations are a m...
The location of emergency service facilities such as ambulance and fire stations are a m...
International audienceIn this paper, we address the dynamic emergency medical service (EMS) systems....
International audienceIn this paper, we address the dynamic emergency medical service (EMS) systems....
International audienceIn this paper, we address the dynamic emergency medical service (EMS) systems....
In this study, two mathematical models have been developed for assigning emergency vehicles, namely ...
International audienceIn order to ensure an adequate service to the population, Emergency Medical Se...
We present two optimization problems related to optimal location and dynamic relocation of ambulance...
Changes in demand patterns and unexpected events are the two primary sources of delays in healthcare...
In this paper, the development of decision support tools for dynamic ambulance relocation and automa...
Providers of Emergency Medical Services (EMS) are typically concerned with keeping response times sh...
In this paper, the development of decision support tools for dynamic ambulance relocation and automa...
The quality and promptness of emergency assistance is highly dependant on the location of existing e...
An Emergency Medical Service (EMS) is a service providing first care to patients. A key performance ...
This paper deals with optimizing the location of ambulance stations in a two-tiered emergency medica...
The location of emergency service facilities such as ambulance and fire stations are a m...
The location of emergency service facilities such as ambulance and fire stations are a m...
International audienceIn this paper, we address the dynamic emergency medical service (EMS) systems....
International audienceIn this paper, we address the dynamic emergency medical service (EMS) systems....
International audienceIn this paper, we address the dynamic emergency medical service (EMS) systems....
In this study, two mathematical models have been developed for assigning emergency vehicles, namely ...
International audienceIn order to ensure an adequate service to the population, Emergency Medical Se...
We present two optimization problems related to optimal location and dynamic relocation of ambulance...
Changes in demand patterns and unexpected events are the two primary sources of delays in healthcare...
In this paper, the development of decision support tools for dynamic ambulance relocation and automa...
Providers of Emergency Medical Services (EMS) are typically concerned with keeping response times sh...
In this paper, the development of decision support tools for dynamic ambulance relocation and automa...
The quality and promptness of emergency assistance is highly dependant on the location of existing e...
An Emergency Medical Service (EMS) is a service providing first care to patients. A key performance ...
This paper deals with optimizing the location of ambulance stations in a two-tiered emergency medica...
The location of emergency service facilities such as ambulance and fire stations are a m...
The location of emergency service facilities such as ambulance and fire stations are a m...