River / Oslo / Torino / Cambridge / Mini-Circuits / /
Company
Wireless Sensor Networks / Texas Instruments Inc. / Crossbow Technology Inc. / Computer Laboratory / TxU / Dust Networks Inc. / Wiley-IEEE Press / /
Country
Italy / Norway / United States / / /
Facility
Computer Laboratory building / University of Cambridge Cambridge / W. Jakes / University of Cambridge / Japan Railway Technical Research Institute / /
IndustryTerm
cellular networks / mesh protocol / in-network query processing / mobile communications / portable channel measurement equipment / indoor wireless channel / portable equipment / conventional wired sensor networks / Wireless communications / environments using wireless technology / energy / carrier frequency / low voltage wireless application / sensor networks / local water distribution network / aged civil engineering infrastructure / mobile communications handbook / radio chip / wireless nodes / sensor systems / wireless propagation / wireless communication / wireless personal communication / /
Movie
North and South / /
MusicGroup
National / ISM / Center / /
NaturalFeature
RF channel / /
Organization
Department of Engineering / Transmitter Unit / Engineering and Physical Sciences Research Council / National Center for Supercomputing Application / Receiver Unit / University of Cambridge / University of Cambridge Cambridge / Japan Railway Technical Research Institute / /
Position
representative / /
Product
Cambridge / CC2420 radio chip / CC2420 / /
ProgrammingLanguage
MATLAB / /
ProvinceOrState
New Jersey / /
RadioStation
Radio MPR2400CA / /
Technology
mesh protocol / CC2420 radio chip / Wireless communications / Microwave / one Processor / 15.4 technology / Frequency Hopping / environments using wireless technology / simulation / /
Can Frequency Diversity Provide Performance Gains for WSNs at 2.4GHz for the Fire Hydrant to Above Ground Channel R. Liu#1, Y. Wu#2, I.J. Wassell#3, K. Soga*4 #