In order to reduce the cost of healthcare processes, optimization systems are used to optimize logistics in healthcare. Algorithms for solving the so-called Vehicle Routing Problem (VRP) are more and more applied in healthcare systems requiring the movement of nursery/medical staff or patients. In this paper, we introduce a novel software platform that uses a cooperative vehicle routing algorithm and is able to reduce transportation costs in healthcare applications requiring the movement of nursery/medical staff. The COOP_VR platform adapts an already existing VRP algorithm to the healthcare context and allows the cooperation between two independent healthcare organizations (shippers) that manage their own vehicle fleets in a given geographic area. Preliminary simulation results show the possibility to reduce costs for both healthcare organizations in a range between 1% and 21% of the initial transportation costs.
A Cooperative Vehicle Routing Platform for Logistic Management in Healthcare
Lupia F.
;Casella P.;
2018-01-01
Abstract
In order to reduce the cost of healthcare processes, optimization systems are used to optimize logistics in healthcare. Algorithms for solving the so-called Vehicle Routing Problem (VRP) are more and more applied in healthcare systems requiring the movement of nursery/medical staff or patients. In this paper, we introduce a novel software platform that uses a cooperative vehicle routing algorithm and is able to reduce transportation costs in healthcare applications requiring the movement of nursery/medical staff. The COOP_VR platform adapts an already existing VRP algorithm to the healthcare context and allows the cooperation between two independent healthcare organizations (shippers) that manage their own vehicle fleets in a given geographic area. Preliminary simulation results show the possibility to reduce costs for both healthcare organizations in a range between 1% and 21% of the initial transportation costs.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.