AT&T Labs / UWB Systems / Wireless Ad-Hoc Networks / Indoor UWB Ad-Hoc Networks / IEEE Journal / Ultra Wideband Systems / Impulse Radio UWB Systems / Vehicular Technology / / /
Facility
Sound building / NIST North Child Care Sound Plant / A. Fort / Alfred Kik National Institute of Standards and Technology Wireless Communication Technologies Group Gaithersburg / NIST campus / NIST North building / /
IndustryTerm
Wireless Channel / metal / Wireless Communications Workshop / wideband technology shows / wideband technology / body area network / response systems / Wireless Communications / mobile rescue devices / technology shows / steel building / Wireless Components Letters / /
MusicGroup
Sub / Ultra / Analysis in UWB Radio Channel Modeling / /
NaturalFeature
Ultra-Wideband Indoor Wireless Channel / Radio Channel / Indoor Radio Propagation Channel / Ultra-Wide Bandwidth Indoor Channel / /
Organization
Federal Communications Commission / Institute of Standards and Technology Wireless Communication Technologies Group Gaithersburg / /
Person
L. Hentila / V / Saeed S. Ghassemzadeh / Yano / Alfred Kik / /
An Evaluation of Ultra Wideband Technology for Indoor Ranging Camillo Gentile and Alfred Kik National Institute of Standards and Technology Wireless Communication Technologies Group Gaithersburg, Maryland, USA