Browse > Article

A Spatial Planning Model for Supporting Facilities Allocation and Visual Evaluation in Improvement of Rural Villages  

김대식 (충남대학교 농업생명과학대학 농업공학부)
정하우 (서울대학교 농업생명과학대학 생물자원공학부)
Publication Information
Magazine of the Korean Society of Agricultural Engineers / v.44, no.6, 2002 , pp. 71-82 More about this Journal
Abstract
The purpose of this study is to develop a 3 dimensional spatial planning model (3DSPLAM) for facilities allocation and visual evaluation in improvement planning of rural village. For the model development, this study developed both planning layers and a modelling process for spatial planning of rural villages. The 3DSPLAM generates road networks and village facilities location automatically from built area plan map and digital elevation model generated by geographic information system. The model also simulates 3-dimensional villagescape for visual presentation of the planned results. The 3DSPLAM could be conveniently used for automatic allocation of roads, easy partition of land lots and reasonable locating of facilities. The planned results could be also presented in the stereoscopic models with varied viewing positions and angles.
Keywords
Spatial planning model; Facility allocation; Visual evaluation; 3D villagescape;
Citations & Related Records
연도 인용수 순위
  • Reference
1 Batty, M., 1993. Urban modeling in computer-graphic and geographic information system environments. Environment and Planning B: Planning and Design vol. 20: 663-688
2 Jaarsma, Catharinus F.. 1997. Approaches for the planning of rural road networks according to sustainable land use planning. Landscape and Urban Planning vol. 39: 47-54
3 Kim, Dae Sik. 1999. A study on development of a simulation model for rural key villages planning using geographic information system and multi-criteria evaluation method. Ph.D. Thesis. Suwon, Kyunggi Prov.: Seoul National University. (in Korean)
4 Kim. Dae Sik, Ha Woo Chung, 2002. A land use planning model for supporting improvement of rural villages (II) - Application of model using GIS and Aerophoto -. Journal of the Korean Society of Agricultural Engineers. 44(5): 67-78. (in Korean)
5 Kongjoogun. 1991. Master plan and design for development project of center village in Kyeryong district. (in Korean)
6 Kubat, A S., 1997. The morphological characteristics of Anatolian fortified towns. Environment and Planning B: Planning and Design vol. 24: 95-123
7 Radford, A and A. Day. 1996. Growing Georgian Bath. Environment and Planning B: Planning and Design vol. 23: 465-488
8 Kraman, Vickie L.. 1987. Application modeling tools for site analysis. GIS '87-San Francisco: Second Annual International Conference. 611-620
9 Lee, Jay. 1991. Analyses of visibility sites on topographic surfaces. International Journal of Geographical Information Systems 5(4): 413-429
10 Bishop, I. D., C. Karadaglis. 1997. Linking modelling and visualisation for natural resources management. Environment and Planning B: Planning and Design vol. 24: 345-358
11 Hong, Kyung Hee. 1993. Houses and Rural Geography. Seoul: Bupmoonsa. (in Korean)
12 Hoengsunggun. 1991. Master plan and design for development project of center village in Woocheon district. (in Korean)
13 Egels, Y., 1991. TRAPU: A tool for data capture and visualisation of the urban fabric. Environment and Planning B: Planning and Design vol. 18: 19-24
14 Marabelli, P., A Polistina and R. Verona. 1991. A planimetric model of Milan's urban master plan. Environment and Planning B: Planning and Design vol. 18: 7-18
15 Quintrand. P., J. Zoller, R. de Filippo and S. Faure. 1991. A model for the representation of urban knowledge. Environment and Planning B: Planning and Design vol. 18: 71-83
16 Schuur, J., 1994. Analysis and design in computer-aided physical planning. Environment and Planning B: Planning and Design vol. 21: 97-107
17 Hwang, Yong Joo. 1995. The principles of urban planning. Doseochoolpan Nokwon. (in Korean)
18 Rabie, J., 1991. Towards the simulation of urban morphology. Environment and Planning B: Planning and Design vol. 18: 57-70
19 Dave, B. and G. Schmitt. 1994. Information systems for urban analysis and design development. Environment and Planning B: Planning and Design vol. 21: 83-96
20 Kim, Dae Sik. Ha Woo Chung, and Jin Yong Choi, 2002. A land use planning model for supporting improvement of rural villages (I) - Development of model using GIS, CA and MCE -. Journal of the Korean Society of Agricultural Engineers. 44(4): 85-98. (in Korean)
21 Rahman, O. M. A.. 1992. Visual quality and response assessment: an experimental technique. Environment and Planning B: Planning and Design vol. 19: 689-708
22 Erickson, B. and T. Lloyd-Jones. 1997. Experiments with settlement aggregation models. Environment and Planning B: Planning and Design vol. 24: 903-928