1 Sheng, J., "Watershed Urbanization and Changing Flood Behavior Across the Los Angeles Metropolitan Region" 48 (48): 41-57, 2009
2 Ministry of Environment, "The Installation, Management and Operation Manual of Facility Reducing Non-Point Source Pollutant" Ministry of Environment 2014
3 Rossman, L. A., "Storm Water Management Model User’s Manual. Ver. 5. 0"
4 Yoo, D. G., "Seismic Reliability-Based Design of Water Distribution Networks Using Multi-Objective Harmony Search Algorithm" Harmony Search Algorithm 459-467, 2015
5 Liu, Y., "Optimal Selection and Placement of BMPs and LID Practices with a Rainfall-Runoff Model" 80 : 281-296, 2016
6 Perez-Pedini, C., "Optimal Location of Infiltration-Based Best Management Practices for Storm Water Management" 131 (131): 441-448, 2005
7 Arora, J. S., "Multiobjective Optimum Design Concepts and Methods. Introduction to Optimum Design" Academic Press 543-563, 2004
8 Sivasubramani, S., "Multi Objective Harmony Search Algorithm For Optimal Power Flow" 704-709, 2010
9 Guan, M., "Modeling and Assessment of Hydrological Changes in a Developing Urban Catchment" 29 (29): 2880-2894, 2015
10 Park, S. K., "Goal-Pareto Based NSGA for Optimal Reconfiguration of Cognitive Radio Systems" 147-153, 2007
1 Sheng, J., "Watershed Urbanization and Changing Flood Behavior Across the Los Angeles Metropolitan Region" 48 (48): 41-57, 2009
2 Ministry of Environment, "The Installation, Management and Operation Manual of Facility Reducing Non-Point Source Pollutant" Ministry of Environment 2014
3 Rossman, L. A., "Storm Water Management Model User’s Manual. Ver. 5. 0"
4 Yoo, D. G., "Seismic Reliability-Based Design of Water Distribution Networks Using Multi-Objective Harmony Search Algorithm" Harmony Search Algorithm 459-467, 2015
5 Liu, Y., "Optimal Selection and Placement of BMPs and LID Practices with a Rainfall-Runoff Model" 80 : 281-296, 2016
6 Perez-Pedini, C., "Optimal Location of Infiltration-Based Best Management Practices for Storm Water Management" 131 (131): 441-448, 2005
7 Arora, J. S., "Multiobjective Optimum Design Concepts and Methods. Introduction to Optimum Design" Academic Press 543-563, 2004
8 Sivasubramani, S., "Multi Objective Harmony Search Algorithm For Optimal Power Flow" 704-709, 2010
9 Guan, M., "Modeling and Assessment of Hydrological Changes in a Developing Urban Catchment" 29 (29): 2880-2894, 2015
10 Park, S. K., "Goal-Pareto Based NSGA for Optimal Reconfiguration of Cognitive Radio Systems" 147-153, 2007
11 Fonseca, C. M., "Genetic Algorithms for Multiobjective Optimization: Formulation Discusstion and Generalization" 416-423, 1993
12 Jia, H., "Field Monitoring of a LID-BMP Treatment Train System in China" 187 (187): 2015
13 Loperfido, J. V., "Effects of Distributed and Centralized Stormwater Best Management Practices and Land Cover on Urban Stream Hydrology at the Catchment Scale" 519 : 2584-2595, 2014
14 Modugno, M. D., "Build-up/Wash-off Monitoring and Assessment for Sustainable Management of First Flush in an Urban Area" 7 (7): 5050-5070, 2015
15 Geem, Z. W., "A New Heuristic Optimization Algorithm: Harmony Search" 76 (76): 60-68, 2001
16 National Institute of Environmental Research, "A Monitoring and Management Scheme for the Non-Point Sources(II)" National Institute of Environmental Research 2014
17 Deb, K., "A Fast and Elitist Multiobjective Genetic Algorithm: NSGA-II" 6 (6): 182-197, 2002