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Nonmediated, Label-Free Based Detection of Cardiovascular Biomarker in a Biological Sample
Lee, JuKyung,Shin, SuRyon,Desalvo, Anna,Lee, Geonhui,Lee, Jeong Yoon,Polini, Alessandro,Chae, Sukyoung,Jeong, Hobin,Kim, Jonghan,Choi, Haksoo,Lee, HeaYeon Wiley - VCH Verlag GmbH & Co. KGaA 2017 Advanced Healthcare Materials Vol.6 No.17
Smartphone Color-Code based Gate Security Control
Sukyoung Han,Minwoo Lee,Vinayagam Mariappan,Junghoon Lee,Seungyoun Lee,Juyoung Lee,Jintae Kim,Jaesang Cha 한국인터넷방송통신학회 2016 Journal of Advanced Smart Convergence Vol.5 No.3
Smart building gate security control system using smartphone integrated with near field communication (NFC) has become part of daily life usage these days. The technology change in replacing RF NFC device using visible light communication technology based approach growing faster in recent days. This paper propose a design and development of gate security control system using color code based user authentication ID generation as part of an intelligent access control system to control automatic door open and close. In this approach gate security access control use the recent visible light communication technology trends to transfer the user specific authentication code to door access control system using color code on smartphone screen. Using a camera in the door access control system (ACS), color codes on smartphone screens are detected and matched to the database of authenticated user to open the door automatically in gate security system. We measure the visual light communication technology efficiency as a part of the research and the experiments have revealed that more than 95% users authenticated correctly at the suggested experiment environment on gate security control system.
Smartphone Color-Code based Gate Security Control
Han, Sukyoung,Lee, Minwoo,Mariappan, Vinayagam,Lee, Junghoon,Lee, Seungyoun,Lee, Juyoung,Kim, Jintae,Cha, Jaesang The Institute of Internet 2016 Journal of Advanced Smart Convergence Vol.5 No.3
Smart building gate security control system using smartphone integrated with near field communication (NFC) has become part of daily life usage these days. The technology change in replacing RF NFC device using visible light communication technology based approach growing faster in recent days. This paper propose a design and development of gate security control system using color code based user authentication ID generation as part of an intelligent access control system to control automatic door open and close. In this approach gate security access control use the recent visible light communication technology trends to transfer the user specific authentication code to door access control system using color code on smartphone screen. Using a camera in the door access control system (ACS), color codes on smartphone screens are detected and matched to the database of authenticated user to open the door automatically in gate security system. We measure the visual light communication technology efficiency as a part of the research and the experiments have revealed that more than 95% users authenticated correctly at the suggested experiment environment on gate security control system.