Perot / Authorized / Agilent / F. Coppinger A. S. / IEEE Authorized / Tektronix / /
Country
Canada / Spain / /
Currency
USD / / /
Facility
D. V. Plant / Brown University / David V. Plant / McGill University / Dr. Plant / /
IndustryTerm
optical carrier frequencies / electronic timestretch systems / microstrip technology / output dispersive network / time-bandwidth product / broadband input-matching networks / Temporal imaging / carrier using off-shelf diode mixers / temporal imaging system / difference-frequency mixing product / dispersive media / carrier modulation / impulse generation equipment / conventional signal-processing systems / communication systems / temporal imaging systems / difference-frequency product / optical signal processing / chirped carrier corresponding / spatial imaging system consisting / communication technologies / aforementioned microwave applications / optical time-stretch systems / time-stretching systems / resistive networks / optical systems / real-time microwave signal processing / carrier frequencies / signal processing / subsequent dispersive device / chirped-carrier signal / time-magnification systems / access to test equipment / nonzero product / imaging / electronic systems / signal-processing / electronic time-stretch systems / incoherent time imaging / energy / time-bandwidth products / impulse-forming networks / higher carrier frequencies / carrier frequency / off-chip / input dispersive network / software suite / mixer product / metal-layer process / short-range wireless / parametric temporal imaging / microwave systems / diffractive media / planar microstrip technology / time-stretch systems / electronics / electrical carrier frequency / post-processing / high optical carrier frequencies / multiplier product / output compressive network / pre-carrier / Electrical systems / Wireless Compon / /
Movie
D. V / /
MusicGroup
M. A. G. / /
Organization
Optical Society of America / Brown University / Universidad Politécnica de Madrid / McGill University / Department of Electrical and Computer Engineering / Institut National de la Recherche Scientifique / Sigma Xi / Natural Sciences and Engineering Research Council of Canada / /
Person
Joshua D. Schwartz / José Azaña / /
Position
Associate Dean of Research and Graduate Education / Research Chair institutional equivalent / Professor / member / the Associate Dean of Research and Graduate Education / /
Product
Momentum software / GHz / Coorstek / Momentum / /
ProgrammingLanguage
MATLAB / /
ProvinceOrState
Quebec / Rhode Island / /
RadioStation
Radio Freq / /
Technology
ADC / broadband / UWB communication technologies / analog-to-digital conversion / system for an ADC / planar microstrip technology / MICROWAVE / amplitude modulation / 0.5- m SiGe BiCMOS technology / optical fiber / laser / microstrip technology / lasers / simulation / Digital Object Identifier / phase modulation / /
IEEE TRANSACTIONS ON MICROWAVE THEORY AND TECHNIQUES, VOL. 55, NO. 2, FEBRUARY[removed]A Fully Electronic System for the Time Magnification of Ultra-Wideband Signals