Ad Hoc Networks / Local Area Metropolitan Area Networks / Low Rate Wireless Personal Area Networks / Table 3 / OPNET Technologies Inc. / /
Facility
Olivier Rebala National Institute of Standards and Technology Gaithersburg / National Institute of Standards and Technology / /
IndustryTerm
Internet access / video applications / wireless resource / technology progress / healthcare data / communicating devices / Wireless Medium Access Control / internet web site / Wireless Network / area network / wireless medium / printing applications / low-rate wireless personal area network / Wireless LAN / web access / low bit rate wireless personal area network / carrier sense / medical applications / select medical applications / medium dependent wireless raw data rates / wireless interface / healthcare environment / healthcare system / wireless technology / rate wireless technology / wireless technologies / patient connected medical devices / access protocols / Wireless LANs / patient bedside devices / Wireless Technologies For Medical Applications / file transfer protocol / wireless devices / device manufacturer / /
MusicGroup
MHz / ISM / /
Organization
Institute of Standards and Technology Gaithersburg / IEEE / National Institute of Standards and Technology / /
Person
David Cypher / E. Van Dyck / Jan Wittenber / Olivier Rebala / Nada Golmie / / /
Product
OPNET1 / Modeler / /
TVStation
WPAN / /
Technology
LAN / wireless devices / applying wireless technologies / Microwave / access protocols / file transfer protocol / WLAN wireless technology / 15.4 wireless technology / rate wireless technology / mobile devices / WLAN / 15.4 technology / file sharing / HTTP / wireless technologies / simulation / using Hyper Text Transfer Protocol / Bluetooth / Wireless LAN / /
PERFORMANCE EVALUATION OF LOW RATE WPANS FOR MEDICAL APPLICATIONS Nada Golmie, David Cypher, and Olivier Rebala National Institute of Standards and Technology Gaithersburg, Maryland ABSTRACT