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University of Michigan--Ann Arbor
密歇根大学安娜堡
Ÿ Master’s degree students pursue their degree in one of 12 areas of emphasis:
Ÿ Applied Electromagnetics & RF Circuits
Ÿ Computer Vision
Ÿ Control Systems
Ÿ Embedded Systems
Ÿ Integrated Circuits & VLSI
Ÿ MEMS & Microsystems
Ÿ Network, Communication, and Information Systems
Ÿ Optics & Photonics
Ÿ Power/Energy
Ÿ Robotics
Ÿ Signal & Image Processing and Machine Learning
Ÿ Solid State & Nanotechnology
Columbia University
哥伦比亚大学
Ÿ Signals, Information and Data
Ÿ Networking and Communications
Ÿ Integrated Circuits and Systems
Ÿ Systems Biology and Neuroengineering
Ÿ Nanoscale Structures and Integrated Devices
Ÿ Smart Electric Energy
Ÿ Centers and Projects
Northwestern University
Ÿ Signals and Systems
Ÿ Communication systems and wireless networks
Ÿ Information theory and coding
Ÿ Control and large-scale systems
Ÿ Digital signal processing, image, speech, acoustic, and tactile processing
Ÿ Computer vision and robotics
Ÿ Biomedical electronics
Ÿ Solid State and Photonics
Ÿ Solid-state devices
Ÿ Quantum electronics
Ÿ Electronic materials
Ÿ Fiber optics
Ÿ Lasers
Ÿ Optical materials
Ÿ Nanophotonics
Ÿ Spintronics
Ÿ Microwave and electromagnetic theory
Ÿ Computational electromagnetics
University of Southern California
南加州大学
Ÿ Communications
Ÿ Computer Networks
Ÿ Computer Architecture
Ÿ Controls
Ÿ Electric Power Systems
Ÿ Electromagnetics, Optics, Photonics
Ÿ Mixed-Signal Integrated Circuits
Ÿ VLSI/CAD
Ÿ Data Science and Engineering
Ÿ Signal and Image Processing
Carnegie Mellon University
卡耐基梅隆大学
Ÿ Application domains
Energy
Healthcare & quality of life
Mobile systems
Smart infrastructure (TBD)
Ÿ Systems & technologies
Beyond CMOS
Compute/storage systems
Cyber-physical systems
Data/network science
Secure systems
Ÿ Theoretical & technological foundations
To innovate at the systems level and have impact in the real world, the discipline of electrical and computer engineering sits on strong technological and theoretical foundations.
Northeastern University
Ÿ Communications, Control, and Signal Processing
Ÿ Computer Networks and Security
Ÿ Computer Systems and Software
Ÿ Computer Vision, Machine Learning, and Algorithms
Ÿ Electromagnetics, Plasma, and Optics
Ÿ Microsystems, Materials, and Devices
Ÿ Power Electronics
