Charles Griffin Co. Ltd. / McGraw-Hill Inc. / Hca / Kendall / /
Country
China / /
Currency
pence / USD / / /
Facility
City University of Hong Kong / D. Fort / /
IndustryTerm
overall processing gain / wireless personal area network / ultrawideband personal area networks / proposed air interface technology / unit energy / Wireless Commun / impulse radio communications system / ith chip / prospective transmission technology / impulse radio networks / low-rate indoor communications / asynchronous systems / wireless personal area networks / signal energy / access systems / WIRELESS COMMUNICATIONS / energy comparison / signal processing / square law detection / time hopping chip / packet systems / non-coherent square-law detection / energy / /
MarketIndex
case 20 / case 10 / /
MusicGroup
A.F. / Ultra / A. F. / /
Organization
City University of Hong Kong / Hong Kong / Department of Electronic Engineering / /
Person
J. Keith Ord / J. S. Lehnert / R. K. Morrow / Jr. / /
Position
associate editor / /
ProgrammingLanguage
L / /
PublishedMedium
the IEEE Wireless Communications / /
TVStation
WPAN / /
Technology
proposed air interface technology / Broadband / prospective transmission technology / hopping chip / CDMA / Wireless Communications / same time hopping chip / Simulation / ith chip / Digital Object Identifier / phase-shift keying / CDMA system / PDF / using TH-CDMA-PPM / /
446 IEEE TRANSACTIONS ON WIRELESS COMMUNICATIONS, VOL. 7, NO. 2, FEBRUARY 2008 TH-CDMA-PPM with Noncoherent Detection for Low Rate WPAN S. H. Song, Member, IEEE, and Q. T. Zhang, Senior Member, IEEE