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@article{ART002305158},
author={Kamyoung Kim and 목정호},
title={Evaluating Coverage of Civil Defense Evacuation Facilities Using a Spatial Optimization Approach},
journal={Journal of the Korean Cartographic Association},
issn={1598-6160},
year={2017},
volume={17},
number={3},
pages={97-108}

TY - JOUR
AU - Kamyoung Kim
AU - 목정호
TI - Evaluating Coverage of Civil Defense Evacuation Facilities Using a Spatial Optimization Approach
JO - Journal of the Korean Cartographic Association
PY - 2017
VL - 17
IS - 3
PB - The Korean Cartographic Association
SP - 97
EP - 108
SN - 1598-6160
AB - In the context of increasing social interest in safety, the continued North Korean missile tests have inspected the designation and management of civil defense evacuation facilities. This study assessed service coverage and capacity at the individual evacuation facility level using a spatial optimization approach. In particular, we analyzed how the modeling results differ when the demand is represented as de facto population as well as de jure population. The coverage of the civil defense evacuation facilities in Seo-gu, Daegu Metropolitan City was evaluated. As a result, the uncovered de facto population by the designated civil defense evacuation facilities increased not only absolutely but also relatively compared with de jure population. Also, the locations of de jure and de facto populations uncovered by the existing evacuation facilities showed a big difference. Finally, comparing the population allocated to individual evacuation facilities to the maximum accommodate population, the larger the size of the facility, the lower the actual accommodate rate. Information obtained through this spatial optimization approach will contribute to making disaster management more concrete and systematic.
KW - Civil defense evacuation facilities;Spatial optimization;Coverage;de facto population;Capacitated maximal covering location problem
DO -
UR -
ER -

Kamyoung Kim and 목정호. (2017). Evaluating Coverage of Civil Defense Evacuation Facilities Using a Spatial Optimization Approach. Journal of the Korean Cartographic Association, 17(3), 97-108.

Kamyoung Kim and 목정호. 2017, "Evaluating Coverage of Civil Defense Evacuation Facilities Using a Spatial Optimization Approach", Journal of the Korean Cartographic Association, vol.17, no.3 pp.97-108.

Kamyoung Kim, 목정호 "Evaluating Coverage of Civil Defense Evacuation Facilities Using a Spatial Optimization Approach" Journal of the Korean Cartographic Association 17.3 pp.97-108 (2017) : 97.

Kamyoung Kim, 목정호. Evaluating Coverage of Civil Defense Evacuation Facilities Using a Spatial Optimization Approach. 2017; 17(3), 97-108.

Kamyoung Kim and 목정호. "Evaluating Coverage of Civil Defense Evacuation Facilities Using a Spatial Optimization Approach" Journal of the Korean Cartographic Association 17, no.3 (2017) : 97-108.

Kamyoung Kim; 목정호. Evaluating Coverage of Civil Defense Evacuation Facilities Using a Spatial Optimization Approach. Journal of the Korean Cartographic Association, 17(3), 97-108.

Kamyoung Kim; 목정호. Evaluating Coverage of Civil Defense Evacuation Facilities Using a Spatial Optimization Approach. Journal of the Korean Cartographic Association. 2017; 17(3) 97-108.

Kamyoung Kim, 목정호. Evaluating Coverage of Civil Defense Evacuation Facilities Using a Spatial Optimization Approach. 2017; 17(3), 97-108.

Kamyoung Kim and 목정호. "Evaluating Coverage of Civil Defense Evacuation Facilities Using a Spatial Optimization Approach" Journal of the Korean Cartographic Association 17, no.3 (2017) : 97-108.