微波与微电子专业整理

equationsUID: 151329

今天领了托福成绩不理想，放弃出去啦，把我这两年整理的资料给GT的朋友共享一下，希望大家好运
#########McMaster University 候补4 580托福1

One official transcript of academic work completed to date, sent directly from the issuing institution. If the final transcript does not show that a completed degree has been conferred, an official copy of your diploma is also required.
Two confidential letters of recommendation from instructors most familiar with your academic work. Recommendations must be provided directly from the instructors.
If English is not your native language, an official copy of your TOEFL score, or other evidence of competency in English. A minimum TOEFL score of 550 (or 213 on the computer-bsed TOEFL test) is needed for the Faculties of Engineering and Science, and a minimum of 580 (or 237) for all other Faculties.
Statement of interest in pursuing graduate studies.
A cheque drawn on a Canadian bank or a World Money Order in the amount of $75.00 Canadian to cover the application fee. Please make cheque or world money order payable to "McMaster University

导师1：chih-hung(james) Chen
chench@mcmaster.ca
75$ 580
Ph.D., McMaster University, Hamilton, ON, Canada (2002).

M.A.Sc., Simon Fraser University, Burnaby, BC, Canada (1997).

B.Sc., National Central University, Taiwan, R.O.C. (1991).

Current Research Interests

High-frequency characterization of deep submicron MOSFETs

Noise characterization of BJTs and MOSFETs

Ultra low-power, low-noise analog ICs for telecommunications

Analog and RF ICs for wireless transceivers


导师2：M,Jamal Deen
jamal@mcmaster.ca
Current Research Interests
Microelectronics
Device Physics, Modeling, Reliability and Characterization
High Frequency Devices and Radio-Frequency Integrated Circuits (RFICs)
Opto-electronic Devices
Integrated Devices and Circuits (ICs)
Organic Semiconductor Devices

#####waterloo toefl 550,4.0 560 选择1托福2
RF/Microwave Multilayer Circuits, Packaging and Interconnect Effects
RF Hybrid and Integrated Circuits: RFIC/MMIC/MIC
Multiple Coupled Cavity Filters
Pico-Cellular Broadband Radio Networks (Bluetooth)
RF Channel Modeling for Wireless Networks
MEMS Technology
High Temperature Super-Conducting (HTSC) Thin Film Circuits
Wave Optics and Guided-Wave Optoelectronics
Microstrip Antennas, Arrays and Smart Antennas

导师1：Raafat R. Mansour, Professor, IEEE Fellow

Email: Raafat.Mansour@ece.uwaterloo.ca

Research Interests:

RF MEMS Technology
Filters and Multiplexers
Advanced Modeling and Design Methodologies for RF/Microwave Components
Computer Aided Diagnostic/Tuning Tools for Filters
Superconductive Microwave Devices
RF–CMOS Components
Electromagnetic Band Gap Structures
Analysis of Integrated RF Systems (Components, packaging and interconn


导师2：Ming Yu, Associate Professor (Adjunct
Education: BSc, MSc (Tsinghua), PhD (Victoria)
Email: M.Yu@ece.uwaterloo.ca

Research Interests:

RF/Microwave & Millimeter Wave Components and Systems
Computer Aided Design and Tuning of Microwave Filters and Multiplexers
RF MEMS technology
Electromagnetic Modeling and Optimization
Satellite Communication Systems
High Power RF/Microwave & Millimeter Wave Devices
Synthesis and Optimization of Filters

导师3：Safieddin Safavi-Naeini, Associate Professor
Email: S.Safavi@ece.uwaterloo.ca

Education: BSc, Univ. of Tehran (Iran); MSc, PhD (Hons), Univ. of Illinois (Urbana-Champaign, USA)
Research Interests:
RF/Microwave Millimeter Wave Systems
Microwave and Millimeter Wave Planar Circuits and Antenna Systems
Complex Propagation and Scattering Phenomena
Wireless Communication Systems (RF Technologies, Antenna, and propagation Modelling)
Guided-Wave and Free Space Optical Systems and Components
RF/Microwave Packaging and EMC/EMI Analysis
Microwave High Temperature Superconductor (HTSC) Thin Film Technology

#######queen 一般2 580 联系导师1
Very High Speed Circuits Group

导师1：B.M. Frank
Frank, B.M., P. Eng.
frankb@ee.queensu.ca
He has worked on the measurement of integrated antennas, for which he received a student paper award, and the design of MESFET, HBT, and CMOS circuits. His recent research is directed toward the complete integration of wireless transceivers using standard CMOS process (the way most CPUs, memory, and DSP chips are produced

Very High Speed Circuits Group
Monolithic Microwave Integrated Circuits (MMICs)
CMOS for high speed circuit design
measurement of integrated antennas



导师2：A.P. Freundorfer
Freundorfer, A.P., P. Eng.
freund@ee.queensu.ca
Monolithic microwave integrated circuits (MMIC) are being investigated for millimeter wave wireless local area network (WLAN). Millimeter wave WLAN is a terrestrial point-to-multipoint radio service providing wireless broadband access to fixed networks. Millimeter wave WLAN could be used to provide wireless access to services ranging from one-way video distribution and telephony to fully interactive switch broadband multi-media applications. Circuits such as low noise amplifiers (LNA), mixers, oscillators and antennas have been constructed as MMICs. Current work is being conducted on fully integrated direct digital transceivers. In addition to radio circuits, work is also being carried out in automotive radar where linear VCOs are being investigated

Cadence University Alliance Program Member
high speed circuit design
Very High Speed Circuits Group
gigabit/sec optical communications circuits
monolithic microwave integrated circuits (circuits for LMDS)
monolithic antenna design
packaging of high speed circuits
RF circuits


########DALHOUSIE选择2 580托福 补
Possession of a research Master’s degree or its academic equivalent from an academic institution recognized by Dalhousie with a satisfactory score on an approved English language examination such as TOEFL. The Departmental requirement for TOEFL is 580 (Paper) or 237 (Computer

导师1：Dr. Zhizhang Chen, B.Eng. (Fuzhou), M.Sc. (Southeast), Ph.D. (Ottawa), P.Eng.
Graduate Advisor
Electromagnetic interference and compatibility, RF/microwave electronics, radio-wave propagation, antennas, wireless technology.
ecedgrad@dal.ca
Dr. Chen's general research area is in RF/Microwave Engineering and Applied Electromagnetics for communications and microelectronics. His current interests include RF/Microwave CAD, interconnection & packaging, wireless circuit and system design, and electromagnetic modelling and simulation.

Microwave &Wireless Laboratory
重点

＃＃＃carleton选择3 580托福 补

导师1：Langis Roy  

Associate Professor
Ph.D. (Carleton)
Email:lroy@doe.carleton.ca

Phone:520-6665

Fax:520-5708

Office:4160ME


Research:
GaAs monolithic integrated circuits, high-performance microwave circuit packaging, integrated active antennas and numerical techniques in electromagnetics.

导师2：Qi-Jun Zhang, Ph.D., P.Eng.
Professor
Nortel/NSERC Industrial Chair in CAE
Senior Member, IEEE
Department of Electronics, Carleton University
1125 Colonel By Drive, Ottawa, Canada K1S 5B6


Tel: 613 520-5778 Fax: 613 520-5708

Email: qjz@doe.carleton.ca
Development of tools and methodologies for design of high-speed VLSI packages, RF and microwave circuits and subsystems in communication systems;
Neural Network technology for circuits and systems design.

Optimization technology for circuits and systems design

########sfu no 600
Power Amplifier Linearization
Shawn Stapleton
Professor of the School of Engineering Science
B.Eng. Carleton University, 1982
MEng. Carleton University, 1984
PhD. Carleton University, 1988
Mobile communications, nonlinear radio frequency/ microwave devices, GaAs monolithic microwave integrated circuits, phased array antennas.
Nonlinear microwave circuits and devices, quantum well devices, mobile communications,linearization, phased array antennas, digital signal processing.
email: shawn@sfu.ca

An application fee of $55.00 (Cdn) is required. The application fee cannot be waived and your application will not be processed unless there is a $55.00 cheque or money order enclosed. Payment should be made out to Simon Fraser University and mailed to the School of Engineering Science with your application
If your first language is not English, you must take the Test of English as a Foreign Language (TOEFL). (A minimum score of 250 on the electronic test, or 230 with a 5.0 on the test of written English, is required. If using the older paper test a minimum TOEFL score of 600 is required.)
If you are applying to the M.Eng. or M.A.Sc. or Ph.D. program in the School of Engineering Science you must take the General Graduate Record Examination (GRE) unless you hold a degree from a North American university.
For all three degrees, the minimum GRE requirement is Verbal 560, Quantitative 740, Analytical 700

#######ubc  no
Applied Electromagnetics
VLSI & System-on-Chip
Solid State Microelectronics

######vic 一般3 575联系导师2
NOTE: Applicants whose first language is not English, and who have resided in Canada or other English speaking countries for less than three consecutive years, immediately prior to the beginning of the session applied for, must take the Test of English as a Foreign Language (TOEFL); the minimum acceptable score is 575 paper test and 231 computer-based test.

NOTE: The submission of GRE scores is strongly recommended. The Department of Electrical and Computer Engineering will look favourably at applications showing GRE scores in the range of 2100 or above
Applied Electromagnetics Group - BIOELEC
Computer-Aided Design of Microwave Integrated Circuits - The CADMIC Group
Components for antenna feed systems
Antennas for wireless and direct-access satellite applications
Periodic/Electromagnetic Band Gap (EBG) structures
Printed-circuit structures and radiators in modern microwave circuits
Modified method-of-moments techniques
Spectral-domain techniques
Mode-matching algorithms
Coupled-integral-equation techniques
Numerical integration and selective asymptotic techniques

Computational Electromagnetics Research Laboratory - CERL

##########calgary选择5 560和550，5.0托福3
microwave and optical communications
VLSI analog and digital circuit design
The Ph.D. is a research degree requiring a minimum of two years of full- time study following a Master's degree or three years following a Bachelor's degree
A formal application requires a completed application form, official transcripts from all universities attended, and three letters of reference. The Test of English as a Foreign Language (TOEFL) is required for non-Canadians whose first language is not English. The Graduate Record Examination (GRE) is not requi
Students not holding scholarships currently receive financial assistance totaling $16,000 to $20,000 per year (as of. September 2000).  
Basic semiconductor device research; high temperature and noise limitations of metal oxide semiconductor devices. Analog circuit and device research; microelectronic RC-active and switched capacitor filter design and implementation; low voltage, low power current mode analog circuit design; CCD imager applications to spacecraft instrumentation systems; nonlinear analog circuit development for pressure and temperature measurement instrumentation systems; optical pressure and force sensing; analog circuits for telecom applications; microwave moisture measurement; microstrip line discontinuity analysis. Isolated biomedical amplifiers, digitally-controlled active filters. Application of analog and digital circuits to instrumentation problems. New merged circuit structures; design, fabrication and modelling. GaAs digital IC design. Wafer scale integration of MOS and GaAs VLSI circuits. Packaging effects, EMC/EMI problems. Development of Software Package for Electromagetic Simulations. (Bruton, Haslett, Johnston, Kaler, Maundy, Mintchev, Norman, Okoniewski, Trofimenkoff, Turner
John McRory - Adjunct Professor
I'm presently the Director of Operations for the TR Labs Calgary office, and I'm also an Adjunct Professor at the University of Calgary. My research focus is in RF engineering which started in 1984 while working at NovAtel Communications, and grew into an RF research program after I joined TR Labs in 1992.My technical interests include integrated RF circuits, linear high power RF power amplifiers, and nonlinear systems.
mcrory@cal.trlabs.ca

Jim Haslett - Professor
My research group specializes in RF Integrated Circuit Design in a variety of fabrication technologies.  We are part of the University of Calgary VLSI ATIPS (Advanced Technology Information Processing Systems) Laboratory, directed by iCORE Research Chair Dr. Graham Jullien.

I hold the TRLabs/iCORE/NSERC Industrial Research Chair in Broadband Wireless RF IC Design and I am the RF Wireless group leader in the ATIPS lab.  TR Labs is the industrail sponsor of the chair program, and the TRLabs Wireless Communication Research Centre is located adjacent to the campus in the Research Park.

My teaching and research interests are in the fields of analog and digital bipolar and CMOS integrated circuit design, RF wireless circuit and system design, high temperature electronics, semiconductor device physics and instrumentation. I can be reached at the e-mail address haslett@atips.ca.

A NOTE TO POTENTIAL GRADUATE STUDENTS AND POST-DOCTORAL FELLOWS: Because of the vastness of the world wide web, we get a great many enquiries regarding the possibility of graduate studies, post doctoral fellowships and visiting scholarships. While we do not want to discourage anyone from making such enquiries, it is unfortunately not practical for us to respond to all of them, and I apologize in advance if I seem unresponsive to your specific requests. If there is a possibility of financial assistance and/or a position, I will respond. I wish you the best of luck in your search for positions, and thank you for your interest in the University of Calgary.

R. Behjat's research interests lies in the area of Very arge Scale Integrated (VLSI) circuit layout and optimization. The main focus of her research has been the development of fast and efficient algorithms for Computer-Aided design of VLSI circuiA formal application requires a completed application form, official transcripts from all universities attended, and three letters of reference. The Test of English as a Foreign Language (TOEFL) is required for non-Canadians whose first language is not English. The Graduate Record Examination (GRE) is not requit layout, performance analysis of circuit interconnect, discrete optimization, combinatorial optimization and structural theory of large scale global optimization


＃＃＃＃＃ALBERTA很一般 580联系导师3
MICROWAVE
For over 25 years Dr. W. Tinga has engaged in research in the industrial, scientific, medical and domestic applications of microwave energy. Active research dealt with microwave dielectric properties, measurement techniques, microwave power system design and modelling.
igor@ece.ualberta.ca
Research Interests:
Circuit theory, theory and technical applications of oscillations, analog microelectronic circuit design, circuits for sensor applications.

######MANITUOBA很一般 550
The Applied Electromagnetic Laboratory assists industry by designing antennas and associated sub-systems, as well as evaluating their designs and suggesting refinements. Some of the antennas being evaluated will be utilized in satellites still years from being put into space
microprocessors and memory, digital signal processors, and field-programmable devices such as FPGAs. In addition, full custom CMOS, BiCMOS and GaAs chips are designed and fabricated through the Canadian Microelectronics Corporation using Nortel and other foundry services.
dabuchan@ee.umanitoba.ca学生很少  
Dr. Buchanan has worked on advanced Very (Ultra) Large Scale Integration, VLSI (ULSI), sub 0.1 μm, CMOS silicon technology, including device design, physics and modeling. His currents research interests span the spectrum of leading edge MOSFET technology from basic material and device physics to the design and implementation of smart systems in "silicon".
mcleod@ee.umanitoba.ca
Robert D. McLeod有一些中国学生
Telecommunication Systems: Interests include computer networking ranging from access technology and protocols to Internet application development. VLSI systems: architectures and computational systems, algorithms and their implementation in silicon, parallel processing, physics of VLSI circuits and devices. Field programmable devices and their role in hardware/software co-design
Cyrus Shafai
cshafai@ee.umanitoba.ca
Silicon and glass micromachining techniques and design, micromachined microsensors, application of microfabrication techniques to millimeter wave RF circuits and antennas.
  

#########University of Saskatchewan选6 550托福4

Digital communications, networks and digital signal processing
Electric energy systems engineering
Real time computing and digital control
Solid state devices, microelectronics and instrumentation

David M. Klymyshyn was born in Yorkton, Saskatchewan, Canada, in 1968 and grew up in Swift Current, Saskatchewan. He received the B.E. (1990), M.Sc. (1995), and Ph.D. (1998) degrees in Electrical Engineering from the University of Saskatchewan, Saskatoon, Saskatchewan, Canada. His M.Sc. thesis is entitled "A Power Amplifier Linearizer Using Adaptive Polynomial Predistortion" and his Ph.D. thesis is entitled "Direct GMSK Modulation at Microwave Frequencies".
From 1990-1994, David Klymyshyn worked as an Electronic Design Engineer for SED Systems, Inc. in Saskatoon, Saskatchewan, Canada. His work involved RF and microwave design of satellite test and communication systems. During his employment he spent time in Montreal, Quebec, Canada, in Cornwall, UK, and in Singapore.
David Klymyshyn is currently an Associate Professor of Electrical Engineering at the University of Saskatchewan and an Affiliate Professor at Telecommunications Research Laboratories (TRLabs) in Saskatoon. His research interests include wireless and satellite communication systems, RF and microwave circuit design, and DSP applications to communications. He has authored a number of papers and has received several patents in microwave transmitter architectures. For more information, click below:
Professor Klymyshyn is a Member of the IEEE Communications Society and the IEEE Microwave Theory and Techniques Society. He is also a Registered Professional Engineer in Saskatchewan. He is married to Sherry Klymyshyn. She has a B.Ed. from the University of Saskatchewan and is a professional teacher of ESL (English as a Second Language) in Saskatoon. Dave enjoys brewing wine, classical music, Japanese Koi and fish ponds.


David M. Klymyshyn,  TRLabs Affiliate Scientist
TRLabs, 111-116 Research Drive
Saskatoon, Saskatchewan, Canada S7N 3R3
email: klym@sask.trlabs.ca
phone: (306)668-9310  fax: (306)668-1944

Bolton
VLSI and Computer Aided Design
Microcomputer Applications

Dinh
VLSI
Digital Communications
Analog and RF Circuits

Klymyshyn
Wireless Communications
RF and Microwave Circuits
RF and Microwave MEMs

＃＃＃＃＃＃瑞尔森大学(Ryerson)很一般
Associate Professor Office: Eric Palin Hall, EPH219
Phone: +1 (416) 979-5000 ext. 6097
Fax: +1 (416) 979-5280
Email: kraahemi@ee.ryerson.ca
Homepage: http://www.ee.ryerson.ca/~kraahemi


Research/Teaching Interests   
simulation of mixed analog, digital and RF circuits

number systems and numerical techniques for high-speed, low-power VLSI applications

VLSI design of high-speed, low-power circuits

＃＃＃＃＃＃
McGill University一般 550联系导师4 600 EE
Antenna and microwave research, and optical fiber and integrated
optics research are carried out in a fully equipped facility.
The Photonics Systems laboratory includes continuous wave
and femtosecond Ti:Sapphire lasers, diode lasers, extensive
optics and optomechanics, and sophisticated electronic and
imaging equipment.
Solid state facilities include measurement equipment for magnetic
and electric properties of materials, vacuum deposition
and RF sputtering systems.
The Computational Analysis and Design Laboratory provides
tools for numerical analysis, visualization, interface design and
knowledge-based system development.

TOEFL Requirement: Non-Canadian applicants whose mother
tongue is not English and who have not completed an undergraduate
degree using the English language, must submit documented
proof of competency in English by a Test of English as a Foreign
Language (TOEFL) with a score not below 600 on the paperbased
test (250 on the computer-based test) or IELTS with a minimum
overall band of 7.0. Permanent Residents may also be
required to submit TOEFL results. Official results must be
received before February 1st.
GRE Requirement: A GRE score on the General Aptitude Test is
required by all students who have completed their undergraduate
degrees outside Canada. Starting October 2002, there have been
some changes in the GRE test. For students who registered for
the GRE after that date, a minimum total score of 1100 for the verbal
and quantitative sections is required. There is no minimum for
the new analytical writing section for students applying for the
2003-04 academic year. Students who took the GRE prior to Octo-

modeling of analog circuit components using high-level language
Analog, Digital, and RF Integrated Circuits
Design of integrated circuits for wireless, low-power, and system-on-chip applications; analog filters, data converters; asynchronous circuits.

El-Gamal, Mourad, N., Ph.D., McGill.
McGill University

E-mail : mourad@macs.ece.mcgill.ca

Research Interests
Integrated circuits (ICs) for communication
High-frequency circuit design
Low-voltage analog and mixed-signal ICs
Filter theory and integration
Device modeling

Research sub-areas
Wireless transceiver architectures
RF and microwave VLSI in CMOS, bipolar, and GaAs
Characterization of submicron devices
Modeling of passive components for RF ICs
High-speed interfaces for data and optical communication
Monolithic phase-locked loops and frequency synthesizers
Companding signal processors
Log-domain filters
Current-mode and translinear circuits
Integrated sensors and data converters


E-mail : roni@macs.ece.mcgill.ca


Research Interests
Design Automation of VLSI circuits and High speed analog (RF) circuits
Mixed signal simulation
Modeling and simulation of high-speed interconnect networks
Timing analysis
On and off chip signal integrity issues including inductive effects
Nonlinear steady state simulation of RF circuits
Model order reduction, Krylov subspace techniques
Thermal and EM emission analysis
Design automation for optoelectronics systems
Simulation of microelectromechanical systems (MEMS)


Abhari, Ramesh, Ph.D., Toronto.

E-mail : rabhari@ece.mcgill.ca


Research Interests
Modeling of interconnects and packaging effects in high-speed circuits
Signal integrity analysis
Suppression of the power/ground noise in multilayer circuits, MCMs, and RFICs
Electromagnetic Bandgap (EBG) structures
Interconnects and circuit components in metamaterial environments
Microwave circuits
Antennas and Propagation



基辅大学(Guelph)一般很多中国学生 550
Members of the Microelectronics and MEMS Design Group
brandon no ee
lethbridge no ee
######regina  550
Dr. Tom J. Conroy, Ph.D.
Associate Professor, Electronic Systems Engineering Program
Tel: (306) 585-4397
Fax: (306) 585-4855
E-mail: thomas.conroy@uregina.ca
Education: BA, MS, Ph.D. (University of California at Berkeley)
Research Interests:
Radiation Exposure of Aircrews
Tissue Equivalent Proportional Counter Instruments (TEPC)
Configurable Hardware for Protein Structure Analysis
Remote monitoring and control systems
Portable X-Ray Florescence Instruments
System on a Chip
Methodologies for Hardware/Software Co-design
Instrumentation
FPGA and ASIC


winnipeg no ee
brock no ee

#######concordia 550 一般联系导师5
Applied electromagnetics

microeletronic
Associate Professor
Analog-mixed VLSI design and implementation
Large scale CMOS optical sensor integration
  
  
chunyan@ece.concordia.ca
  
http://www.ece.concordia.ca/~chunyan
  Rabin Raut选择导师
VLSI/Analog VLSI
Current mode filters using OTA.
Current mode filters using other active devices.
Wideband low power transimpedance amplifier.
CAD for basic IC cells implementation in sub-micron CMOS technology.
CMOS building blocks with reduced sensitivity to environmenetal changes.
Very wideband voltage and current mode filters using OTA.
Low phase-noise CMOS high frequency oscillators.
Low noise amplifiers in CMOS technology.
Non-linear signal processing using analog VLSI techniques.
  
rabinr@ece.concordia.ca
  
http://www.ece.concordia.ca/~rabinr

york u uk

Dr Myles H Capstick, BSc, PhD (Wales), MIEE
Research Interests:
Microwave and mm-wave circuits and systems. Microwave and mm-wave antennas. Design of microwave and mm-wave MICs and GaAs MMICs. Microwave and mm-wave filters and diplexers. Compact and multiband planar antennas, antennas for MIMO and smart arrays. EMC for RF, microwave and high speed circuits.

email: mhc@ohm.york.ac.uk

Prof Jeremy K A Everard, BSc Eng (London), AKC, PhD (Camb), C.Eng, MIEE
Research Interests:
RF/ Microwaves: Low noise oscillators, high efficiency amplifiers, printed filter design. Opto-electronics: All optical self routing switches, opto-electronic mixers and distributed optical fibre sensors.

########torronto u 580一般联系导师6
Integrated Circuit Design
Analog and digital design including adaptive filtering

Integrated digital communication circuits for wired and wireless applications
Data converters including oversampling techniques

High-voltage integrated circuits
RF and high-speed circuits

RF/MMIC laboratory for simulation, design and characterization of high-speed/high frequency circuits up to 60 GHz

Sorin P. Voinigescu
sorinv@eecg.toronto.edu .

High-Speed Semiconductor Devices
  RF and High-Speed Monolithic Integrated Circuits
  High-Speed Packages for Physical Layer ICs

George V. Eleftheriades

Negative refractive index metamaterials

Metamaterial enabled RF/microwave and optical devices

Millimeter-Wave IC antennas and components for wireless applications

  RF/Microwave front-end technology for broadband wireless munications

Wave-electronics

Signal integrity in high-speed digital interconnections

Silicon micromachined  and MEMS components

RF/High-Speed applications of photonic band-gap substrates  

Novel antenna beam steering techniques

Compact and reduced surface-wave printed antennas  

Millimeter-Wave receivers for remote-sensing and space applications

Gaussian beams and Quasi-Optics

Numerical electromagnetics

Fundamental electromagnetic theory

wtoo

Dr. George Costache
Email: costache@site.uottawa.ca
Research Interests:
Electromagnetics
Optoelectronics
Microwave Circuits

Derek McNamara
Email: mcnamara@site.uottawa.ca
Antennas
Electromagnetics
Microwaves

Mustapha C.E. Yagoub
Email: myagoub@site.uottawa.ca
Microwave circuit CAD
Applied electromagnetics  
Neural nets for microwave applications
Linear and nonlinear modeling  
Optimization methods  



calton
Jim Wight, Ph.D. (Carleton)
Professor
antennas and arrays, millimeter wave integrated circuits and RF-ICs, carrier and code synchronizer circuits;

wireless and satellite communications systems, radar systems, radio navigation systems;
Email: jsw@doe.carleton.ca
spread spectrum techniques.

Barry Syrett, Ph.D. (Alberta)
Professor
Email: bas@doe.carleton.ca
Optical switches in InP; Silicon-based integrated optics; Modeling of devices for monolithic microwave integrated circuits; Linearization circuit techniques for wireless applications;


Qi-Jun Zhang, Ph.D., P.Eng.
Professor 很好
Email: qjz@doe.carleton.ca
qjz@doe.carleton.ca
Development of tools and methodologies for design of high-speed VLSI packages, RF and microwave circuits and subsystems in communication systems;

xjuicUID: 157961

强！万分感谢！！！

rebeccazjUID: 157901

谢谢，感觉楼主整理资料的这种方式很值得我借鉴。

john4631UID: 209235

qiang

深蓝深圳UID: 2118855

以LZ这样细致的态度和乐于分享的精神，相信你无论在哪儿，都能实现心中的梦想的！
谢谢你的整理。也祝你好运：）

alex_zhangUID: 2209559

就是，加油！再考！出国是个梦想！

katherine04UID: 2643193

這是一個有趣的討論。感謝您分享..
simulation rachat de credit

yushine521UID: 2589251

发现最近好多人顶老帖哦