건축ㆍ도시 공간에서 나타나는 복잡계적 창발현상에 관한 실증적 연구

다국어 초록 (Multilingual Abstract)

The Science of Complexity has taken recent notice for its ability to explain and predict the complex phenomena in the fields leading from natural to social sciences which are unexplainable with the existing scientific theories and methodologies. Thus, applying it to architectural & urban research fields would lead to successful explanation and prediction of architectural phenomena. However, most of the existing cases concerning this issue have dealt with the conceptual or speculative appropriations of it. This study aims to investigate empirically and quantitatively complex systematic emergent behaviors revealed in architectural & urban spaces and to interpret architectural meanings of those phenomena. Power-law is utilized as a main methodology to specify the validity of emergent behaviors. The result has shown the validity of this behavior in a variety of architectural & urban phenomena and that it follows the power-law; in the distribution of human movement rate in a large multi-use shopping mall, its rental store area, room area in a building, and in the city context, traffic volume, building height, and unit/building count of apartment complexes. With this result, it could be said that architectural & urban spaces are complex adaptive systems and that uneven rules act on the formation or development of them.

목차 (Table of Contents)

• Abstract
• 1. 서론
• 2. 복잡계와 창발현상
• 3. 건축ㆍ도시 공간에서의 창발현상
• 4. 창발현상의 의미
• 5. 결론
• 참고문헌

참고문헌 (Reference)

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2 김민석, "초고층 초대형 복합건물의 공간분석기법 적용을 위한 기초연구" 2004

3 세진기획 아파트백과 제작팀, "아파트백과 <서울특별시편>" 세진기획 2006

4 김민석, "복잡계로서의 건축.도시 공간에 관한 연구" 서울대학교 2010

5 윤영수, "복잡계 개론" 삼성경제연구소 2005

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13 Bovill, C., "Fractal Geometry in Architecture and Design" Birkhauser 1996

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15 Batty, M., "Cities and Complexity" The MIT Press 2005

16 서울지방경찰청 교통개선기획실, "2009 서울특별시 교통량 조사자료"