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Faculty Research Interests
From Stanford Electrical Engineering Department Graduate Handbook
More faculty information on individual faculty members can be found at their Websites
Introduction
Doctoral dissertations at Stanford University may be supervised by any of the faculty. On the following pages is a cross-index of faculty names by area of specialization and then a summary of the areas of special research interest for each faculty member.
Research Areas
| Area 1
|
Applied Electromagnetics and Remote Sensing
|
| Area 2
|
Biomedical
|
| Area 3
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CAD/CAM
|
| Area 4
|
Circuit Design
|
| Area 5
|
Communication Systems
|
| Area 6
|
Communications and Information Theory
|
| Area 7
|
Computer Architecture
|
| Area 8
|
Databases
|
| Area 9
|
Distributed Systems/Networks/Operating Systems
|
| Area 10
|
Electron, Ion, and X-ray Optics
|
| Area 11
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Imaging Systems
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| Area 12
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Integrated Electronic Device and Fabrication Processes
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| Area 13
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Interfaces and Surfaces
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| Area 14
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Lasers and Electro-Optics
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| Area 15
|
Micromachining
|
| Area 16
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Programming Languages and Systems
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| Area 17
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Quantum Electronics
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| Area 18
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Sensors and Actuators
|
| Area 19
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Signal Processing
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| Area 20
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Solid State Devices and Materials
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| Area 21
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Space Science and Engineering
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| Area 22
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Systems and Control
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| Area 23
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Tunneling Microscopy
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| Area 24
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VLSI Circuits
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| Area 25
|
VLSI Systems/Digital Design
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| Area 26
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Other Areas (see individual faculty listing)
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Cross Index of Fields of Specialization
- (1) Applied Electromagnetics & Remote Sensing
- Bracewell, Fraser-Smith, Inan
- (2) Biomedical
- Hanrahan, Kovacs, Levoy, Macovski, Napel, Nishimura, Pauly, Pelc, Shenoy, Widrow
- (3) CAD/CAM
- Boyd, Dutton, Horowitz, Nishi, Olukotun, Plummer, Saraswat
- (4) Circuit Design
- Dally, Lee, Meng, Mitra, Murmann, Wooley
- (5) Communication Systems
- Cioffi, Cover, Cox, Fraser-Smith, Girod, Goldsmith, Gray, Kahn,
- Kazovsky, Lee, McKeown, Montanari, Murmann, Paulraj, Prabhakar,
- Tobagi, Weissman, Widom, Wooley
- (6) Communications & Information Theory
- Boneh, Cioffi, Cover, Cox, El Gamal, Fraser-Smith, Gill, Girod,
- Goldsmith, Gray, Kahn, Kazovsky, Montanari, Osgood, Paulraj, Weissman, Yamamoto
- (7) Computer Architecture
- Dally, Cheriton, Flynn, Hanrahan, Hennessy, Horowitz,
- Kozyrakis, Lam, Olukotun, Rosenblum
- (8) Databases
- Garcia-Molina, Ullman, Widom
- (9) Dist Syst/Networks/Operating Systems
- Cheriton, Cover, Garcia-Molina, Harris, D., McKeown, Prabhakar, Rosenblum, Tobagi
- (10) Electron, Ion, & X-Ray Optics
- Pauly, Pease, Pianetta, Shen
- (11) Imaging Systems
- Cover, El Gamal, Girod, Glover, Goodman, Hanrahan, Hesselink, Khuri-Yakub,
- Kino, Levoy, Macovski, Napel, Nishimura, Osgood, Pauly, Pease, Pelc, Quate, Weissman
- (12) Integrated Electronic Device & Fabrication Processes
- Gibbons, Harris, J., Howe, Khuri-Yakub, Kino, Kovacs, Nishi,
- Pease, Plummer, Quate, Saraswat, Wang, S. Wong
- (13) Interfaces & Surfaces
- Pianetta, Shen, Wang
- (14) Lasers & Electro-Optics
- Fan, Harris, J., Harris, S., Hesselink, Kahn, Kazovsky, Pantell, Siegman, Vuckovic, Yamamoto
- (15) Micromachining
- Harris, J, Howe, Khuri-Yakub, Kovacs, Pianetta, Quate, S. Wong
- (16) Programming Languages & Systems
- Cheriton, Dill, Hanrahan, Hennessy, Levoy, Rosenblum, Smith
- (17) Quantum Electronics
- Beasley, Fan, Harris, J., Harris, S., Kazovsky, Pantell, Siegman, Vuckovic, Yamamoto
- (18) Sensors and Actuators
- Howe, Kovacs, Khuri-Yakub, Murmann, Quate, Saraswat
- (19) Signal Processing
- Boyd, Cioffi, Cover, Cox, El Gamal, Fraser-Smith, Girod,
- Gray, Inan, Kahn, Kazovsky, Lee, Meng, Montanari, Murmann, Nishimura,
- Osgood, Paulraj, Prabhakar, Smith, Weissman, Widrow, Wooley
- (20) Solid State Devices & Materials
- Fan, Harris, J., Howe, Pease, Pianetta, Plummer, Saraswat, Shen, Wang, Vuckovic, Yamamoto
- (21) Space Science & Engineering
- Fraser-Smith, Inan
- (22) Systems & Control
- Boyd, Widrow
- (23) Tunneling Microscopy
- Pianetta, Quate
- (24) VLSI Circuits
- Dally, Dutton, El Gamal, Horowitz, Lee, Murmann, Plummer, Saraswat, S. Wong, Wooley
- (25) VLSI Systems/Digital Design
- Dally, Dill, El Gamal, Horowitz, Kozyrakis, Meng, Olukotun
- (26) (See individual faculty listing for other areas)
- Hanrahan, Levoy, Osgood, Saraswat, Vuckovic
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Research Interests of the Faculty
| Boneh, Daniel
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Areas: 6, 26
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Assistant Professor (Jointly with CS)
|
| Research: Cryptography, computer security
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| Boyd, Stephen
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Areas: 3,19,22
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Professor
|
| Research: Computer aided design, modeling, and analysis of systems, especially control systems; optimization.
|
| Bracewell, Ronald
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Areas: 1,5,6,11,19,21
|
Lewis M. Terman Professor (Emeritus)
|
| Research: Image reconstruction, fast algorithms, solar physics.
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| Bube, Richard
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Areas: 12,20
|
Professor (Emeritus, Jointly with Mat. Sci.)
|
| Research: Photoelectronic properties of materials and devices; heterojunctions for photovoltaic solar energy conversion, electrical transport and localized levels in thin film, amorphous and single crystal semiconductors.
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| Cheriton, David
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Areas: 5,7,9,16
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Professor of Computer Science (by Courtesy, EE)
|
| Research: Computer communications; distributed operating systems; multiprocessor architecture; parallel programming.
|
| Cioffi, John
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Areas: 5,6,19
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Hitachi Professor of Engineering
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| Research: Coding and digital signal processing methods for communication and storage channels, with particular interest in coded modulation and adaptive filtering for these channels.
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| Cover, Thomas
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Areas: 5,6,9,11,19
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Kwoh-Ting Li Professor (Jointly with Statistics)
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| Research: Information theory; communication theory; statistical signal processing; pattern recognition; complexity; investment; data compression.
|
| Cox, Donald
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Areas: 5,6,19
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Harald Trap Friis Professor of Engineering; Director, Center for Telecommunications
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| Research: Wireless personal communications systems and networks; cellular mobile communications systems; wireless data networks, low-power signal processing architectures and electronics; radio propagation in and around buildings.
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| Dally, William J.
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Areas: 4, 7, 24, 25
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Professor
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| Research: Architecture and design of VLSI systems: supercomputers, network switches and routers, and embedded signal and image processing systems.
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| Dill, David
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Areas: 16,25
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Assistant Professor of Computer Science (by Courtesy, EE)
|
| Research: Automatic formal verification techniques for hardware, protocols, and other finite-state systems; asynchronous circuit design methods.
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| Dutton, Robert
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Areas: 3,24
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Professor
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| Research: Development and application of computer aids for process modeling and device analysis; using CAD for manufacturing science; developing new "computational prototyping" techniques for IC layout and circuit design.
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| El Gamal, Abbas
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Areas: 6,11,19,24,25
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Professor; ; Director, Information Systems Laboratory
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| Research: VLSI design and design automation tools; electrically configurable VLSI; smart sensors; information and coding theories.
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| Eshleman, Von
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Areas: 1,21
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Professor (Emeritus)
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| Research: Radio science as applied to the study of planetary atmospheres and surfaces, the interplanetary medium, the solar corona, and planetary rings; spacecraft instrumentation and planetary exploration, electromagnetic and general wave theory, and solar system tests of general relativity.
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| Fan, Shanhui
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Areas: 14, 17, 20
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Assistant Professor
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| Research: Micro and nano-photonic devices; photonic crystals; computational electromagnetics, solid state physics.
|
| Flynn, Michael
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Areas: 7
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Professor (Emeritus)
|
| Research: Design and architecture of computer systems, including parallel processors and multi-processors; pipelined processors; high speed arithmetic; special processors for pattern recognition.
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| Franklin, Gene
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Areas: 19,22
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Professor (Emeritus)
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| Research: Model identification for purposes of control using noisy observations; questions of control insensitivity to large parameter variation, adaptive control, and computer implementation of resultant designs; applications to robotics and VLSI fabrication processes.
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| Fraser-Smith, Antony
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Areas: 1,5,6,19,21
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Professor (Research) (Jointly with School of Earth Science) (Emeritus)
|
| Research: Low frequency electromagnetic phenomena in space and in the earth's environment. Earthquake electromagnetic fields. Remote sensing using low-frequency radio. The geomagnetic field. Biomagnetism, and the biological effects of electromagnetic fields.
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| Garcia-Molina, Hector
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Areas: 8,9
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Professor (Jointly with CS); Director, Computer Systems Laboratory
|
| Research: Database systems, distributed computing, fault-tolerant computer systems, performance evaluation of computer systems.
|
| Gibbons, James
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Areas: 12,20
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Reid Weaver Dennis Professor of Electrical Engineering, Frederick Emmons Terman Professor of Engineering.
|
| Research: Ion implantation; beam annealing and recrystallization; rapid thermal and limited reaction processing; solid-state physics; solid-state device theory and process modeling.
|
| Gill, John
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Areas: 6,25
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Associate Professor
|
| Research: Computational complexity; theory of data compression; probabilistic computation, theory of computation, and information theory.
|
| Girod, Bernd
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Areas: 5, 6, 11, 19
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Professor
|
| Research: Digital image and video processing, video coding algorithm, networked multimedia systems, 3-D image analysis and synthesis
|
| Glover, Gary
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Areas: 11
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rofessor of Radiology (by Courtesy, EE); Director, Radiological Sciences Laboratory
|
| Research: Medical imaging physics, techniques and applications, including computed tomography, magnetic resonance and image processing.
|
| Goldsmith, Andrea
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Areas: 5,6, 19
|
Professor
|
| Research: Capacity limits of wireless channels, systems and networks; wireless communication theory and system design; modulation, coding, and compression for wireless channels; adaptive resource allocation in cellular and ad-hoc wireless networks; synergies in wireless hardware, system and network design
|
| Golub, Gene
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Areas: 22
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Fletcher Jones Professor of Computer Science (by Courtesy, EE)
|
| Research: Numerical analysis; matrix computation; structured linear systems; least squares and eigenvalues.
|
| Goodman, Joseph
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Areas: 11
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William Ayer Professor of Electrical Engineering (Emeritus)
|
| Research: Image formation and detection; statistical optics; theory of partial coherence; optical data processing and holography; optical communications; optical computing.
|
| Gray, Robert M.
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Areas: 5,6,19
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Lucent Technologies Professor of Engineering, Professor of EE
|
| Research: Theory and design of signal compression and statistical classification systems; image and speech coding; information theory; quantization.
|
| Hanrahan, Pat
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Areas: 2,7,11,16,26
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Professor (Jointly with Computer Science)
|
| Research: Computer graphics, geometry and visualization; rendering algorithms, high performance graphics architectures, and systems support for graphical interaction.
|
| Harris, James
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Areas: 12,14,15,17,20
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James & Ellenor Chesebrough Professor of Engineering; Director, Solid State Laboratory
|
| Research: Molecular Beam Epitaxy of GaAs and III-V compounds, laser ablation of oxides, heterojunction electronic devices for very high speed electronics, opto-electronics and non-linear optics, quantum transport and tunneling, III-V compound semiconductors, solid state device physics and modeling.
|
| Harris, Stephen
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Areas: 14,17
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Barbara and Kenneth Oshman Professor of Engineering (Jointly with Applied Physics)
|
| Research: Electromagnetically induced transparency, lasers without inversion, XUV lasers, acousto-optics, tunable lasers.
|
| Helliwell, Robert
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Areas: 1,21
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Professor (Emeritus)
|
| Research: Electromagnetic wave propagation and generation in ionized media; passive and active experimentation on the ionosphere and magnetosphere; Electromagnetic precursors to Earthquakes.
|
| Hellman, Martin
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Areas: 6
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Professor (Emeritus)
|
| Research: Cryptography and data security, technology and society.
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| Helms, C. Robert
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Areas: 12,13,20
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Professor Emeritus (Research)
|
| Research: Electronic device processing at the atomic level; properties of surfaces and interfaces, especially related to Si, GaAs and HgCdTe device fabrication; physics and chemistry of etching and semiconductor surface preparation; microanalytical techniques for interface characterization, environmental impact of semiconductor processing and abatement.
|
| Hennessy, John L.
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Areas: 7,16
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Willard and Inez Kerr Bell Professor of Engineering (Jointly with Computer Science); President of the University
|
| Research: Compilers, computer architecture, multiprocessors.
|
| Hesselink, Lambertus
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Areas: 11,14
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Professor
|
| Research: Nano-photonics, nano-optics for bio-sensing, and surface plasmon resonance devices and processes. Optical metrology; scientific data visualization; tomography; holography; digital image processing and nonlinear optics including materials research; optical interconnects and optical integrated optics; 3-D Data Storage.
|
| Horowitz, Mark
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Areas: 3, 4, 7,24,25
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Professor
|
| Research: Design of digital integrated circuits, included CMOS, BiCMOS, and ECL. Computer architecture and organization, especially tradeoffs for integrated implementations. CAD tools to support high-performance and low power integrated circuit designs; high speed circuit design and serial link technology
|
| Howe, Roger T.
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Areas: 12, 15, 18, 20
|
Professor
|
| Research: The design and fabrication technology of micro and nano electromechanical systems (M/NEMS) with applications to signal processing, electrostatic actuators, and microfluidics. Additional interests include the characterization and enhancement of surfaces and interfaces in M/NEMS.
|
| Inan, Umran
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Areas: 1,19,21
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Professor
|
| Research: Applied Electromagnetics, radio remote sensing, ionospheric effects of lightning discharges, wave-particle interactions, antennas, digital signal processing.
|
| Kahn, Joseph
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Areas: 5, 6, 14, 19
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Professor
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| Research: Optical Fiber Communications, Free-space Optical Communications, Associated Devices and Subsystems
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| Kailath, Thomas
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Areas: 5,6,11,19,22
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Hitachi America Professor of Engineering (Emeritus)
|
| Research: Development, analysis, and implementation of signal processing algorithms in communications, computation and control; applications to materials processing and telecommunications.
|
| Kazovsky, Leonid
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Areas: 5,6,14,17,19
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Professor (Research)
|
| Research: Optical fiber communications, applied optics, signal processing, optical components, systems and networks
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| Khuri-Yakub, Butrus
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Areas: 11,12,15,18
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Professor (Research), Associate CoChair for Admissions of EE
|
| Research: Acoustic microscopy. Nondestructive evaluation of structural materials. Low and high frequency bulk and surface wave transducers. Ultrasonic sensors for IC process control and monitoring. Micromachined materials in ultrasonics.
|
| Kino, Gordon
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Areas: 11,12
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W. M. Keck Foundation Professor of Electrical Engineering (Emeritus)
|
| Research: Optical, acoustic, and photothermal scanning microscopes, fiber optics; analog signal processing; non-destructive testing of electronic devices.
|
| Kovacs, Gregory
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Areas: 2,12,15,18
|
Professor
|
| Research: Solid state sensors and actuators for biomedical, biotechnology, chemical, environmental, automotive and industrial applications; micromachining for the fabrication of planar and non-planar microstructures; circuits for sensors and actuators; neurophysiological research using microelectronic neural interfaces.
|
| Kozyrakis, Christos
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Areas: 7,25
|
Assistant Professor
|
| Research: Architecture, design, and compilation for scalable computer systems. Current focus: modular architectures for data-parallel and thread-parallel applications.
|
| Lam, Monica
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Areas: 7,16
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Associate Professor of Computer Science (by Courtesy, EE)
|
| Research: Parallel systems: programming languages, optimizing compilers and architecture design.
|
| Lee, Thomas
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Areas: 4,5,19,24
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Associate Professor
|
| Research: Analog integrated circuit and system design. High speed/low power circuits, particularly for communications systems, both wireless and bussed.
|
| Levoy, Marc
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Areas: 2,7,11,16,26
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Associate Professor (Jointly with Computer Science)
|
| Research: Computer graphics, scientific visualization, interactive techniques; analysis and rendering of multidimensional sampled data, digitization of 3D objects using novel scanner technologies, and design of languages and user interfaces for data visualization. Realistic image synthesis, computer animation, and high-performance graphics architectures.
|
| Lindau, Ingolf
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Areas: 10,13,20,23
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Professor (Research) (Jointly with SSRL)
|
| Research: Electronic and structural properties of surfaces and interfaces; photoemission of metals and semiconductors based on synchrotron radiation; tunneling microscopy of metal/semiconductor structures; novel optical elements for synchrotron radiation research.
|
| Macovski, Albert
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Areas: 2,11,19
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Canon USA Professor of Engineering (Emeritus) (Jointly with Radiology)
|
| Research: Medical image processing, ultrasonic imaging systems, 3-dimensional x-ray imaging, energy-selective x-ray imaging and magnetic resonance imaging.
|
| McCarthy, John
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Areas: 26
|
Professor of Computer Science (Emeritus, by Courtesy, EE)
|
| Research: Artificial intelligence, computing with symbolic expressions, time sharing, formalizing common sense, non-monotonic logic.
|
| McCluskey, Edward
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Areas: 3,7,24,25
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Professor (Emeritus, Jointly with CS)
|
| Research: VLSI, design for testability, computer system reliability, computer architecture, digital circuit testing and diagnosis, fault tolerant computing, and design of integrated circuit digital logic.
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| McKeown, Nick W.
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Areas: 5,9
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Associate Professor (Jointly with CS)
|
| High performance network switches and routers. Scheduling algorithms. Economics of the Internet. Network simulation.
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| Meng, Teresa
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Areas: 4,19,25
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Professor
|
| Research: Circuit design and signal processing; technologies for distributed monitoring networks and real-time video compression systems.
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| Miller, David A. B.
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Areas: 14,17,20
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Professor
|
| Research: Quantum well optics and optoelectronics; fundamentals and applications of optics in switching, interconnection, and computing systems, including "smart pixel" technologies.
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| Mitra, Subhasish
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Areas: 3, 4, 7, 24, 25
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Assistant Professor
|
| Research: robust system design, VLSI design, CAD & test, computer architecture, fault-tolerant computing, design for emerging nanotechnologies.
|
| Montanari, Andrea
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Areas: 5, 6, 19
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Assstant Professor of Electrical Engineering (Joint with statistics)
|
| Research: Iterative coding systems, message passing algorithms, graphical models, random constraint satisfaction problems, stochastic processes on graphs.
|
| Murmann, Boris
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Areas: 4,5,18,19,24
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Assistant Professor
|
| Research: Integrated circuit and system design. Analog/digital and sensor interfaces; circuits for broadband communications. Digital calibration and post-processing algorithms.
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| Napel, Sandy
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Areas: 2,11
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Associate Professor of Radiology (by Courtesy, EE)
|
| Research: Medical imaging systems with particular emphasis on computed tomography; visualization of biomedical imaging data including CT, MRI, MRS, blood flow; image segmentation.
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| Nishimura, Dwight
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Areas: 2,11,19
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Professor, EE Department Vice Chair
|
| Research: Diagnostic medical imaging, magnetic resonance imaging, x-ray imaging, cardiovascular imaging
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| Nishi, Yoshio
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Areas: 12, 13
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Professor (Research)
|
| Research: MOS device physics and processes. More specifically, new gate materials and interfaces for work function engineered device structures.
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| Olshen, Richard A.
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Areas: 2,19
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Professor of Biostatistics (by Courtesy, Statistics and EE)
|
| Research: Tree-structured methods for compression, classification, and regression. Experimental design.
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| Olukotun, Oyekunle
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Areas: 3,7,25
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Associate Professor
|
| Research: Design of high-performance computer systems; development of algorithms to speed up the design of computer systems; understanding the impact of advanced implementation technologies on computer performance.
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| Osgood, Brad
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Areas: 6, 11, 19, 26
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Professor; Senior Associate Dean, School of Engineering
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| Research: Mathematical engineering problems related to analysis and geometry
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| Pantell, Richard
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Areas: 14,17
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Professor (Emeritus)
|
| Research: Nonlinear optics, interactions between light and free electron beams, lasers, generation of ultraviolet and x-ray radiation, channeling of particles in crystals, fiber optics.
|
| Paulraj, Arogyaswami
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Areas: 5,6,19
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Professor (Research)
|
| Research: Mobile Communications, Antenna array processing with applications to wireless communications.
|
| Pauly, John
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Areas: 2, 11, 10
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Associate Professor
|
| Research: Medical imaging physics and systems; image reconstruction; image-guided medical interventions.
|
| Pease, R. Fabian
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Areas: 10,11,12,20
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Professor
|
| Research: High resolution technology; electron, ion and deep ultra-violet optics; novel devices with nanometer scale dimensions; physical engineering of VLSI systems.
|
| Peumans, Peter
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Areas: 12, 13, 20 and 24.
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Assistant Professor
|
| Research: Organic electronic devices and circuits including photovoltaics, photodetectors, LEDs, memories and thin-film transistors. Device modeling. Biomolecular electronics.
|
| Pelc, Norbert
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Areas: 2,11
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Associate Professor of Radiology (by Courtesy, EE)
|
| Research: Technical aspects of medical imaging with particular concentration on magnetic resonance imaging and computed tomography.
|
| Pianetta, Piero
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Areas: 10,13,15,20,23
|
Professor (Research) (Jointly with SSRL)
|
| Research: Photoemission and STM of semiconductor (SiGe, III-V and diamond) surfaces and interfaces. Advanced x-ray techniques for contamination analysis of silicon wafers.
|
| Plummer, James
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Areas: 3,12,20,24
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John M. Fluke Professor of Electrical Engineering; Dean, School of Engineering
|
| Research: Silicon and GaAs integrated circuit technology: oxidation, ion implantation, epitaxy, diffusion. Point defects and other material properties of silicon and GaAs. Solid-state devices and physics. Modeling of MOS and bipolar devices. Ultimate limits of device performance. High voltage devices and IC manufacturing.
|
| Prabhakar, Balajai
|
Areas: 5, 9, 19
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Associate Professor
|
| Research: Applied probability, stochastic networks, graphical models
|
| Pratt, Vaughan
|
Areas: 26
|
Professor of Computer Science (Emeritus, by Courtesy, EE)
|
| Research: Foundations for computer programming and specification languages; developing SSL, a system specification language based on a partial-order model of concurrency.
|
| Quate, Calvin
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Areas: 11,12,15,18,23
|
Leland T. Edwards Professor of Engineering Research
|
| Research: Silicon technology and lithography for 0.1 micron feature sizes, micromachining, and nanotechnology with the atomic force microscope.
|
| Reis, Rick
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Areas: 26
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Consulting Professor of Electrical Engineering (joint with Mechanical Engineering)
|
| Research: The structure and function of academia, academic-industry relationships, helping students prepare for, find, and succeed at academic careers in science and engineering.
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| Rosenblum, Mendel
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Areas: 7,9,16
|
Assistant Professor of Computer Science (by Courtesy, EE)
|
| Research: Multiprocessor operating systems; distributed systems; I/O subsystems; file systems and storage management.
|
| Saraswat, Krishna
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Areas: 3,12,18,20,26
|
Professor
|
| Research: Physics and technology of silicon and SiGe devices: fabrication processes, device structures, materials and equipment; and techniques for simulation, design, measurement and control for IC and flat panel display manufacturing.
|
| Shen, Zhi-Xun
|
Areas: 10,13,20
|
Assistant Professor of Applied Physics (by Courtesy, EE)
|
| Research: Surface and interfaces of superconductors, x-ray and electron beams, advanced magnetic materials.
|
| Shenoy, Krishna V.
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Areas: 2, 19,26
|
Assistant Professor
|
| Research: Neural coding and neural prosthetic systems
|
| Siegman, Anthony
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Areas: 14,17
|
Burton J. and Ann M. McMurtry Professor of Electrical Engineering (Emeritus)
|
| Research: Laser physics and devices, including calculation and measurement of laser resonator modes; determination of laser beam quality; and measurement of a fundamental quantum "excess spontaneous emission" phenomenon.
|
| Smith, Julius
|
Areas: 16,19
|
Associate Professor of Music (by Courtesy, EE)
|
| Research: Music applications of signal processing such as synthesis algorithms, efficient acoustic models, artificial reverberation, audio digital filter design, audio spectrum analysis, and software/hardware architectures for synthesis and processing.
|
| Solgaard, Olav
|
Areas: 15, 26
|
Assistant Professor
|
| Research: Microfabrication and integration of optical devices and systems.Miniaturized and massively parallel optical systems. Micrograting and microscanner technologies for applications in displays, imaging, fiber-optic communications, process monitoring, and adaptive optics. Semiconductor process development, microelectromechanical device design.
|
| Tobagi, Fouad
|
Areas: 5,9
|
Professor
|
| Research: Broadband integrated services digital networks, high speed ATM networks, multimedia applications; multimedia systems; multimedia networking including network infrastructures, protocols, management and control.
|
| Tyler, Leonard
|
Areas: 1,19,21
|
Professor (Emeritus)
|
| Research: Planetary exploration utilizing radio propagation experiments in space; radar astronomy; electromagnetic scattering with application to planetary and space physics, and geophysics. Digital signal processing with applications in radar.
|
| Ullman, Jeffrey
|
Areas: 8
|
Professor of Computer Science (by Courtesy, EE)
|
| Research: Database systems, especially logic-based interfaces and integration of heterogeneous systems.
|
| Vuckovic, Jelena
|
Areas: 14,17,20,26
|
Assistant Professor
|
| Research: nanoscale photonics and quantum optics, photonic crystals, solid-state photonic quantum information technologies, and nanofabrication.
|
| Wang, Shan
|
Areas: 12,13,20
|
Associate Professor (Jointly with Mat. Sci.)
|
| Research: Growth and characterization of magnetic thin films; design and fabrication of devices for information storage; thin film processing and nanofabrication.
|
| Waterman, Alan
|
Areas: 1
|
Professor (Emeritus)
|
|
Research: Remote probing of media using propagated waves. Back scatter and forward scatter in random media. Application to remote measurement of wind, turbulence, etc. in the atmosphere. Propagation of radio, optical, and acoustic waves.
|
| Weissman, Tsachy
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Areas: 5, 6, 11, 19
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Assistant Professor
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| Research: Information theory; statistical signal processing; denoising; data compression; prediction
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| White, Robert
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Areas: 13,20
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Professor (Emeritus, Jointly with Mat. Sci.)
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Research: Magnetic materials, especially thin film materials; surface and interface effects in magnetic materials; magnetic and magneto-optic materials for information storage; magnetic recording; microelectrodes for neurological applications.
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| Widom, Jennifer
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Areas: 5,8
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Professor (Jointly with CS)
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| Research: Distributed and heterogeneous database, knowledge-base, and information systems; databases for collaborative engineering; databases for wireless networks; active database systems; database constraint management.
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| Widrow, Bernard
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Areas: 2,19,22
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Professor
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| Research: Adaptive neural nets; cognitive memory; human-like memory for computers; pattern recognition; adaptive digital filters and noise canceling systems; random and deterministic adaptive algorithms and their speed of convergence; adaptive controls and adaptive signal processing; neural controls.
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| Wong, H.-S. Philip
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Areas: 4,11,13,20,24,26
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Professor
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| Research: Nanoscale science and technology, semiconductor technology, solid state devices, and electronic imaging. Exploration of new materials, novel fabrication techniques, and novel device concepts for future nanoelectronics systems. Explorations into circuits and systems that are device-driven.
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| Wong, Simon
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Areas: 12,15,24
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Professor
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| Research: Development of advanced technologies and novel device structures for silicon integrated circuits. Fabrication of integrated circuits and systems with performance governed by technology.
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| Wooley, Bruce
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Areas: 4,5,19,24
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Robert L. and Audrey S. Hancock Professor of Engineering, EE Department Chair
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| Research: Integrated circuit and system design, emphasizing the limitations devices and technology impose on overall system performance. Analog-to-digital conversion and signal processing. High speed memory design and packaging. Circuits for broadband communications.
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| Yamamoto, Yoshihisa
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Areas: 6,14,17,20
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Professor (Jointly with AP)
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| Research: Quantum optics and measurements; mesoscopic physics and nanostructures; single photonics and single electronics.
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| Zebker, Howard
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Areas: 1,11,19,21
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Associate Professor (Joint with Geophysics)
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| Research: Remote sensing systems, esp. radar; Signal processing; Geophysical applications; Earth crustal deformation; Environmental change; EM scattering
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Return to Research Opportunities.
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