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Radio Frequency Based Emergency Exit Node Technology

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초록

This paper introduces an indoor sensor fusion wireless communication device which provides the Location Based Service (LBS) using fire prevention facility. The proposed system can provide information in real time by optimizing the hardware of Wi-Fi technology. The proposed system can be applied to a fire prevention facility (i.e., emergency exit) and provide information such as escape way, emergency exit location, and accident alarm to smart phone users, dedicated terminal holders, or other related organizations including guardians, which makes them respond instantly with lifesaving, emergency mobilization, etc. Also, the proposed system can be used as a composite fire detection sensor node with additional fire and motion detect sensors.

Abstract

This paper introduces an indoor sensor fusion wireless communication device which provides the Location Based Service (LBS) using fire prevention facility. The proposed system can provide information in real time by optimizing the hardware of Wi-Fi technology. The proposed system can be applied to a fire prevention facility (i.e., emergency exit) and provide information such as escape way, emergency exit location, and accident alarm to smart phone users, dedicated terminal holders, or other related organizations including guardians, which makes them respond instantly with lifesaving, emergency mobilization, etc. Also, the proposed system can be used as a composite fire detection sensor node with additional fire and motion detect sensors.

참고문헌 (7)

  1. Kim, D. K., "Highly Reliable Wireless Location Awareness Infra Technology", KGS2012, pp.235~236 (2012)
  2. Kim, D. K., "WLAN RTT-based positioning technology for LBS", TTA Journal, 134, pp.96~102 (2011)
  3. 김학용, "무선랜 기반 위치정보 서비스", Telecommunications Review, 16(2), pp.188~202 (2006), SK텔레콤
  4. Hong, I, "New Hope of Location-based services", WPS, SW Insight, pp.36~53 (2009)
  5. Ergin, M. A, "in Proceedings of the 13th annual ACM MobiCom, Understanding the effect of access point density on wireless LAN performance", pp.350~353 (2007)
  6. Choi, W. S., "Trends on LBS Standardization", Information and Communications Magazine, 28, pp.15~23 (2011)
  7. Huang, X., "Automatic cell planning for a low-cost and spectrum efficient wireless network", Proceedings of the IEEE Global Telecommunications Conference, 1, pp.282~276 (2000)

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