Radio Contention / Orlando / San Francisco / New York / Zurich / /
Company
C. L. Raymond Steel / Dynamic Spectrum Access Networks / Cognitive Radio Networks / Infrastructure-Supported Multi-Hop Networks / Cognitive Radio / Walt Disney / 3G Systems / Carrier / John Wiley and Sons / Spectrum Bridge / IEEE Journal / Wireless On-Demand Network Systems / /
Continent
Europe / /
Country
United States / /
Currency
pence / USD / / /
Event
FDA Phase / /
IndustryTerm
radio systems / public tools / wireless scenarios / fixed and portable devices / physical media / Wireless LAN/MAN / spectrum management / cellular networks / Portable devices / contention control protocol / cellular and public safety applications / collision detection management / contention-based protocols / public safety applications / wireless medium / hidden device / open source software / unknown narrowband devices / dual radio solutions / radio networks / energy / Wireless Capacity / wireless system emulator / uplink protocol / external devices / to mobile devices / listen-before-talk protocol / paired spectrum protocol / wireless technology / software models / mobile devices / consumer electronics applications / Wireless LAN Media / computing / wideband networks / last-mile wireless broadband access / variable channel bandwidth systems / wireless microphones / /
MusicGroup
MHz / Spectrum / Tech / Broadcast / /
Organization
LANMAN Standards Committee / Federal Communications Commission / Department of Computer Science / European Commission / Electronic Communications Committee / European Union / /
Person
Stefan Schmid / Thomas R. Gross Disney / F. Dreier / V / /
2012 9th Annual Conference on Wireless On-Demand Network Systems and Services (WONS) A Dual-Radio Contention-Based Protocol for Paired Spectrum Access and TV White Space Stefan Mangold