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A Virtual Environment for Optimal use of Video Analytic of IP Cameras and Feasibility Study
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 Title & Authors
A Virtual Environment for Optimal use of Video Analytic of IP Cameras and Feasibility Study
Ryu, Hong-Nam; Kim, Jong-Hun; Yoo, Gyeong-Mo; Hong, Ju-Yeong; Choi, Byoung-Wook;
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In recent years, researches regarding optimal placement of CCTV(Closed-circuit Television) cameras via architecture modeling has been conducted. However, for analyzing surveillance coverage through actual human movement, the application of VA(Video Analytics) function of IP(Internet Protocol) cameras has not been studied. This paper compares two methods using data captured from real-world cameras and data acquired from a virtual environment. In using real cameras, we develop GUI(Graphical User Interface) to be used as a logfile which is stored hourly and daily through VA functions and to be used commercially for placement of products inside a shop. The virtual environment was constructed to emulate an real world such as the building structure and the camera with its specifications. Moreover, suitable placement of the camera is done by recognizing obstacles and the number of people counted within the camera's range of view. This research aims to solve time and economic constraints of actual installation of surveillance cameras in real-world environment and to do feasibility study of virtual environment.
BIM;VA;People Counting;Simulator;IP Camera;GUI;
 Cited by
CCTV 카메라의 인구 이동량 측정을 이용한 빌딩 에너지 절약시스템,류홍남;류경모;최병욱;

조명전기설비학회논문지, 2016. vol.30. 8, pp.36-42 crossref(new window)
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