MWP

(redirected from Microwave Photonics)
AcronymDefinition
MWPMichael Wiese Productions (Studio City, CA)
MWPManaged Workplace (various companies)
MWPMedieval Warm Period
MWPMeta World Peace
MWPMetta World Peace (sports)
MWPMax Weber Programme (European University Institute; EU)
MWPMargaret Weis Productions (Williams Bay, WI)
MWPMetropolitan Water Plan (New South Wales, Australia)
MWPMobile Web Page
MWPMegaworks Pack File
MWPMinimum Work Programme (India)
MWPMegawatt Peak
MWPMicrowave Photonics
MWPMaking Work Pay (tax credit)
MWPMost Wanted Person
MWPMaine Wood Pellets
MWPMaximum Working Pressure
MWPMonitoring Work Package (EU)
MWPMulti-Well Plate
MWPMassachusetts Writing Project
MWPMailWasher Pro (software)
MWPMarketed without Price (real estate)
MWPMixed Waste Paper
MWPModified Work Plan
MWPMission Work Plan
MWPMueller Water Products (Atlanta, GA)
MWPMeteorologist Weather Processor
MWPMicrowave Water Path
MWPMetabolic Water Production
MWPMid Wales Partnership
MWPMalachy Walsh & Partners (UK consultant engineers)
MWPMilky Way Productions
MWPMine Warfare Pilot
MWPMake Work Project
MWPMidwest Programming LLP (Baldwin City, Kansas)
MWPModern Whig Party
MWPMonthly Work Plan
MWPMine Warfare Publication
MWPMoms Wearing Puke (website; support group)
MWPMobility Web Page
MWPMolecular Weight Profile
MWPMidwest Programming Inc. (Baldwin City, KS)
MWPMunicipal Well & Pump (Waupun, WI)
MWPMincom Work Planner
MWPMinimum Wage Programme
References in periodicals archive ?
"We believe that this unprecedented flexibility will accelerate operators' ability to roll-out new mobile services, especially CDMA-based 3G services and Wi-Fi from a common, future-proofed, managed infrastructure, for a fraction of the cost of traditional approaches," said Maurizio Vecchione, Microwave Photonics' CEO.
Under contract, OEwaves will develop unique microwave photonics technology components, with a reduced footprint, in an architecture that serves to optimize the effectiveness of Lockheed Martin missile products, said Lute Maleki, President and CEO of OEwaves.
WMF: Packaging and Interconnects for Microwave Photonics Applications
He has done extensive work on large-signal device characterization, nonlinear modeling, statistical modeling and passive component modeling for microwave photonics. He is currently affiliated with the Laboratory of Microwave Photonics, department of electrical and electronics engineering, Chung-Ang University, 221 Heuksuk-dong, Dongjak-ku, Seoul, Korea.
A unique feature of the site is a set of interactive on-line measurement forums in nine areas: on-wafer, multiport, materials, signal integrity, noise, nonlinear, coaxial VNA, microwave photonics and a general measurement forum.
Topics include: broadband wireless systems, network security, satellite communications, signal processing for communications, microwave device technology, modeling and simulations, optical networking, ultra-wideband systems, VoIP and QoS, military communications, 3G mobile systems and wireless LANs, smart antennas and phase arrays, microwave photonics and software radio.
Topics: broadband wireless systems, network security, satellite communications, signal processing for communications, microwave device technology, modeling and simulations, optical networking, ultrawideband systems, VoIP and QoS, military communications, 3G mobile systems and wireless LANs, smart antennas and phase arrays, microwave photonics, and software radio.
The technical presentations included microwave photonics, medical applications, MEMS, antenna design, acoustic devices, transmission media issues, device modeling and simulation techniques, power amplifier characteristics, measurement techniques, optical broadband methods, wireless sensors, ferrite devices, microwave and millimeter signal sources and filters, device technologies and MMIC technologies, as well as many other interesting topics.
In 1990, he joined the department of electronic engineering at King's College, University of London and currently is a reader in microwave photonics as well as a consulting engineer.
de Salles, "Microwave Photonics R&D in Brazil," Microwave and Optical Technology Letters, Vol.
Advances in the development of high speed fiber-optic links have enabled microwave photonics to become a reality.
MWP 2005 is an international conference on microwave photonic devices, systems and applications.
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