Coexistence Task Group / Wireless Local Area Networks / Bluetooth Special Interest Group / Coexistence Framework Wireless / Wireless Personal Area Networks / /
Continent
Europe / /
Country
United States / / /
Facility
Solutions N. Golmie National Institute of Standards and Technology Gaithersburg / /
IndustryTerm
Frequency hopping devices / heterogeneous devices / Frequency domain solutions / portable devices / concurrent web sessions / task / wireless communication capabilities / simulation modeling tool / slave device / cost radio solutions / adaptive non signal processing control strategies / sensing devices / wireless networks / portable and embedded devices / carrier sense / energy / carrier type / time domain solution / radio technologies / virtual carrier sense routine / embedded information devices / time domain solutions / classical wireless communication design cycle / wireless technologies / wireless link technology / wireless ad hoc data communications system / radio frequency devices / wireless nodes / i.e. devices / wearable computing devices / communication network / layer protocols / Wireless Public Infrastructure / wireless devices / received energy / virtual carrier sense mechanism / i . e .ii . e ..i . e .ei . e ..i . e . i . e .di . e .ei . e .vi . e .ii . e .ci . e .ei . e .si . e . / reduced imposing time domain solutions / /
MusicGroup
ISM / Scientific / /
Organization
Institute of Standards and Technology Gaithersburg / Federal Communications Commission / /
Position
Link Manager / /
Product
Minox / Leica DM-1 Digital Camera / /
ProvinceOrState
Maryland / /
TVStation
WPAN / /
Technology
layer protocols / Frequency Shift Keying / wireless devices / Bluetooth chip / radio technologies / mobile device / 802.11 protocols / frequency hopping / wireless technologies / Radio Frequency / simulation / wireless link technology / frequency hopping system / Bluetooth technology / Bluetooth / cellular telephones / Bluetooth protocol / CSMA/CA algorithm / modulated using binary Gaussian Frequency Shift Keying / /
Interference in the 2.4 GHz ISM Band: Challenges and Solutions N. Golmie National Institute of Standards and Technology Gaithersburg, Maryland[removed]Email: [removed]