| Document Date: 2009-02-03 16:25:30
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City Philadelphia / / Company Local Area Metropolitan Area Networks / A. G. Forte A. S. / Bluetooth Special Interest Group / Low Rate Wireless Personal Area Networks / / Country United States / / Facility National Institute of Standards and Technology / N. Golmie National Institute of Standards and Technology / WLAN station / / IndustryTerm Internet access / wireless channel / handover solution / medical device specific applications / speed network technologies / Wireless Medium Access Control / time more devices / direct sequence spread spectrum technologies / potential interference mitigation solutions / area network / wireless systems / non-real time applications / real-time applications / potential solutions / internet engineering task force request / realtime applications / victim systems / window congestion algorithm / healthcare / Wireless LAN / Wireless Communication Magazine / healthcare informatics / sensor network technologies / wireless networks / medical applications / wireless access point / healthcare informatics applications / healthcare scenario / wireless personal area network / healthcare environment / wireless system / wireless technology / wireless technologies / remote devices / direct sequence spread spectrum devices / candidate wireless technologies / rate wireless technologies / medical device communications / low latency applications / direct sequence spread spectrum systems / network technologies / collaborative protocols / frequency hopping systems / Wireless Access Protocols / bandwidth hungry applications / / NaturalFeature Delta channel / / Organization AP V / National Institute of Standards and Technology / / Person Ramesh R. Rao / Carla F. Chiasserini / / Position nurse / / Product When / Monitor Sensor PC / PC Tablet / / TVStation WPAN / Kbit / / Technology ipv6 / LAN / rate wireless technologies / window congestion algorithm / wireless technology / broadband access / Wi-Fi / network technologies / Bluetooth System / WLAN technology / wireless access / WLAN / frequency hopping / high-speed network technologies / two wireless technologies / wireless technologies / two technologies / candidate wireless technologies / simulation / sensor network technologies / direct sequence spread spectrum technologies / Bluetooth / Wireless LAN / /
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Handovers and Interference Mitigation in Healthcare Environments N. Chevrollier, N. Montavont, and N. Golmie National Institute of Standards and Technology, Gaithersburg, MD, USA Abstract— In this article, we consider