1 남현우, "적외선 센서정보기반 실시간 실내 대피시뮬레이션 시스템 프로토타입" 한국공간정보학회 20 (20): 155-164, 2012
2 Kaan, O. ., "Use of Regional Transportation Planning Tool for Modeling Emergency Evacuation Case Study of Northern New Jersey" 89-97, 2012
3 FHWA., "Traffic Analysis Toolbox Volume XIII: Work Zone Traffic Analysis-Applications and Decision Framework" 2012
4 FHWA., "Traffic Analysis Toolbox Volume III : Guidelines for Applying Traffic Microsimulation Modeling Software" 2004
5 Lieberman, E. B., "TRAFLO : A New Tool To Evaluate Transportation System Management Strategies" 772 : 9-15, 1980
6 Han, A. F., "TEVACS : Decision Support System for Evacuation Planning in Taiwan" 116 (116): 821-830, 1990
7 Tufekci, S., "Regional Evacuation Modeling System REMS : A Decision Support System for Emergency Area Evacuations" 211 (211): 89-93, 1991
8 Pel, A., "Modelling Traveller Behaviour under Emergency Evacuation Conditions" 11 (11): 166-193, 2011
9 Kwak, S. Y., "Modeling pedestrian behavior for optimal evacuation in indoor spaces using the genetic algorithm" University of Seoul 2011
10 Hobeika, A. G., "MASSVAC : A Model for Calculating Evacuation Times under Natural Disasters" 5 (5): 23-28, 1985
1 남현우, "적외선 센서정보기반 실시간 실내 대피시뮬레이션 시스템 프로토타입" 한국공간정보학회 20 (20): 155-164, 2012
2 Kaan, O. ., "Use of Regional Transportation Planning Tool for Modeling Emergency Evacuation Case Study of Northern New Jersey" 89-97, 2012
3 FHWA., "Traffic Analysis Toolbox Volume XIII: Work Zone Traffic Analysis-Applications and Decision Framework" 2012
4 FHWA., "Traffic Analysis Toolbox Volume III : Guidelines for Applying Traffic Microsimulation Modeling Software" 2004
5 Lieberman, E. B., "TRAFLO : A New Tool To Evaluate Transportation System Management Strategies" 772 : 9-15, 1980
6 Han, A. F., "TEVACS : Decision Support System for Evacuation Planning in Taiwan" 116 (116): 821-830, 1990
7 Tufekci, S., "Regional Evacuation Modeling System REMS : A Decision Support System for Emergency Area Evacuations" 211 (211): 89-93, 1991
8 Pel, A., "Modelling Traveller Behaviour under Emergency Evacuation Conditions" 11 (11): 166-193, 2011
9 Kwak, S. Y., "Modeling pedestrian behavior for optimal evacuation in indoor spaces using the genetic algorithm" University of Seoul 2011
10 Hobeika, A. G., "MASSVAC : A Model for Calculating Evacuation Times under Natural Disasters" 5 (5): 23-28, 1985
11 Longo, Francesco., "Emergency Simulation: State of the Art and Future Research Guidelines" 2010
12 Wu, S., "Embedding GIS in Disaster Simulation" 2007
13 Hiramatsu, T., "Development of a Network Flow Simulator NESSY-IV for Analyses of Mass Evacuation in Case of Emergency" 6 (6): 1-9, 1983
14 Citilabs, "Cube Voyager Reference Guide"
15 Mclean, M. A., "CLEAR : A Model for Calculation of Evacuation Time Estimates in Emergency Planning Zones" 112 : 58-63, 1983
16 박인혜, "CA 모델을 이용한 GIS 기반 화재 대피 시뮬레이션" 한국공간정보학회 16 (16): 157-171, 2008
17 Sheffi, Y., "A Transportation Network Evacuation Model" 16 : 209-218, 1982
18 Pidd, M., "A Simulation Model for Emergency Evacuation" 90 : 413-419, 1996
19 Kuligowski, E. D., "A Review of Building Evacuation Models" 2005
20 Hobeika, A., "A Decision Support System for Developing Evacuation Plans Around Nuclear Power Stations" 245 : 22-35, 1994