Set covering models in optimizing the emergency unit location of health facility in Palembang

Author:

Sitepu Robinson,Puspita Fitri Maya,Romelda Setia,Fikri Ahmad,Susanto Beta,Kaban Hadir

Abstract

Abstract Palembang comprises 16 districts, but in this research, the focus area is limited to 8 districts namely Sukarami, Sako, Sematang Borang, Kalidoni, Kemuning, Ilir Timur II, Seberang Ulu II, and Plaju. There are currently only 7 districts that have emergency installations. This research is designed to optimize the number and location of emergency installation in Palembang. Optimization of emergency installation location is required to improve health services in Palembang. This optimization uses covering-based models that include location set covering problem and maximal covering location problem. The solutions are obtained by using branch and bound solver on Lingo 13.0. The results of the computation with the best time of 15 minutes are 6 locations of emergency installations in order to serve the existing 8 districts.

Publisher

IOP Publishing

Subject

General Physics and Astronomy

Reference11 articles.

1. Healthcare Facility Location: A DEA Approach;Segall;American Journal of Management,2017

2. An Efficient Modified Greedy Algorithm for the P-Median Problem;Dzator,2015

3. A Procedure for Locating Emergency-Service Facilities for All Possible Response Distances;Neebe;J. Opt Res. Soc.,1988

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