McGraw-Hill Inc / Ultra Wideband Systems / Nano Communication Networks / Nano Sensor Networks / Learning Technologies / OH CO / Wireless Nanosensor Networks / Markov / Chun Tung Chou ATODATECH LLC / /
Country
France / United States / Australia / China / / /
Facility
University of New South Wales / /
IndustryTerm
pulse-based Wireless / wireless channel / value products / wireless channel variation / chemical reactor changes / chemical formula / chemical production / Chemical reactors / terahertz sensor network / natural gas / chemical engineers / time-varying chemical composition / wireless personal area networks / Wireless Communications / microwave imaging / wireless sensor networks / signal processing / wireless medium / batch chemical reactor / chemical species / proposed frequency hopping solution / radio technology / chemical and biological sensing / energy / chemical species composition / chemical reactions / Wireless Joule nanoheaters / sensor networks / non-optimal solution / chemical master equation / chemical compositions / chemical composition / sensor networking environment / nanosensor networks / possible chemical reactions / electromagnetic wireless nanonetworks / chemical fields / chemical process / wireless local area networks / conventional macro-scale wireless sensor networks / coupled chemical reactions / composition varying applications / conventional non-hopping solution / chemicals / wireless communication / chemical reactor / /
MusicGroup
Frequency / New South / /
NaturalFeature
Shannon / Compositionvarying channel / Best Channel / /
Organization
Faculty of Engineering / University of New South Wales / Sydney / International Criminal Court / School of Chemical Engineering / USA School of Computer Science and Engineering / /
Person
Mahbub Hassan / Eisa Zarepour / /
Position
MP / General / vol / author / ceo / /
Product
Fischer-Tropsch / /
ProgrammingLanguage
Hoc / /
ProvinceOrState
Ohio / New South Wales / Colorado / California / /
PublishedMedium
Physica A / IEEE Transactions on Information Theory / /
Region
South Wales / /
Technology
radiation / microwave / ATM / Amplitude Modulation / Frequency Hopping / Simulation / Bluetooth technology / local area networks / Bluetooth / /
Frequency Hopping Strategies for Improving Terahertz Sensor Network Performance over Composition Varying Channels Adesoji A. Adesina* Eisa Zarepour, Mahbub Hassan, Chun Tung Chou ATODATECH LLC, Brentwood, CA[removed]USA