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http://dx.doi.org/10.17703/JCCT.2018.4.1.253

Application on the Convergence Technology for Culture Festival Composition of Riverside Space  

Yeon, Sang-ho (Dept. of Architectural Engineering, Semyung Univ.)
Publication Information
The Journal of the Convergence on Culture Technology / v.4, no.1, 2018 , pp. 253-261 More about this Journal
Abstract
Cheongpungho number is located in the center of South Korea Jecheon Peninsula, Chungju cheongpungho be formed by hydroelectric dam construction in 1984, now has been changed to a large man-made freshwater sites during the past 30 years. Recent Jecheon government is developing natural healing resort and entertainment performances for the future, in comparison to the feasibility study of the region using remote sensing technology and site planning was conducted in geographic research and analysis, and as a result, we have a very effective to incorporate the color maps using aerial photography and digital terrain analysis and usage analysis to prove and was in the riverside area for the future of the business and the research proposal facilities and events of the brand, to be more multi-cultural festival form apply new high-tech fusion experiments suggest new direction for future tourism.
Keywords
Cheung-Pung Lake; Natural Healing; Riverside Area; Cultural Festival;
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  • Reference
1 Tae-wok Gang, Chang-hee Hong, J.R. Hwang, H.S. Choi (2012), "The External BIM Reference Model Suggestion for Interoperability Between BIM and GIS", Journal of KSIS, 20(5), pp. 91-97. (강태욱, 홍창희, 황정래, 최현상. 2012, BIM과 GIS간 정보 상호 운용을 위한 외부 BIM 참조모델제안. 한국공간정보학회지 20(5), 91-97)
2 Sang-ho Yeon, Myung-hee Cho, Jin-Deuk Lee(2002), "Introduction of Remote Sensing", Kumi Book Publishing. (연상호, 조명희,이진덕. 2002. 원격탐사입문. 구미서적)
3 Sang-ho Yeon(2010), "A Study on the Application Technique of 3-D Spatial Information by Integration of Aerial Photos and Laser data", Journal of Korea Society for Surveying and Photogrammetry, 28(3), pp.385-392 (연상호. 2010. 항공사진과 레이져 데이터의 통합에 의한 3차원 공간정보의 응용기법 연구. 한국측량학회지. 28(3), 385-392)
4 Sookuk Park, Jin Kim, Ki-ljae Lee, Myunghee Cho (2014) "Analysis of Land Use Change Within Four Major Areas Using High Resolution Aieral Photos : The Case of the Nakdong Raver Basin"Jounal of Korean Association of Geogrsphic Informaton Studies (박수국, 김진, 이 길재, 조명희. 20'14.) 고해상도 항공사진을 이용한 4대강 하천구역 내 토지이용변화 분석. -낙동강 유역을 사례로. 한국지리정보학회지 16(4). 171-188)
5 Michel Morgan, Ayman Habib, 3D TIN for Automatic Building Extraction from Airborne Laser Scanning Data, University of Ohio State
6 Michel Morgan, Ayman Habib(2008), "3D TIN for Automatic Building Extraction from Airborne Laser Scanning Data", University of Ohio State
7 E.Steinle, F.H. Oliveira(2008), "Assessment of Laser Scanning Technology for Change Detection in Buildings", University of Karlsruhe Institute for Photogrammetry and Remote Sensing.
8 F. Rottensteiner and Ch. Briese(2003), "Automatic Generation of Building Models from LiDAR data and the Integration of aerial images", ISPRS, Vol. XXXIV, Dresden
9 Sang-ho Yeon, Young-wook Lee(2013), Implementation of Ubiquitous based Construction Site Management System", II BC. 13(2), pp239-244 (연상호, 이영욱. 2013. 유비쿼터스기반 건설현장관리시스템 구현. 인터넷방송통신학회지 13(2). 239-244)
10 Yong Hu(2003), "Auomated Extraction of Digial Terrain Models, Roads and Buildings Using Airborne Lidar Data", Geomatics Engineering, UCGE Reports Number 20187
11 E.Steinle, F.H. Oliveira, "Assessment of Laser ScanningTechnology for Change Detection in Buildings", University of Karlsruhe Institute for Photogrammetry and Remote Sensing.
12 F. Rottensteiner and Ch. Briese, Automatic Generation of Building Models from LiDAR data and the Integration of aerial images, ISPRS, Vol. XXXIV, Dresden, 2003