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Department of Electrical and Electronic Engineering

Education/Research Fields

Divisions Education/Research
Physical Electronics Mesoscopic Materials Nanomaterials, Nanophotonics, Plasmonics, Near-field optics, Waveguides, Surface Physics, Vacuum Engineering
Photonic Materials Optoelectronics, Nano-structured materials, Quantum wells, wires and dots, Photonic devices, Femtosecond spectroscopy, Ultrafast optical communication devices
Quantum Functional Engineering Nanoelectronics, Quantum information and telecommunication, Quantum photonics, Molecular electronics, Quantum functional materials
Nano-Structure Electronics Computational Nano-Electronics, Nano-Material Design, Ultimate CMOS Design, Semiconductor Spin-Electronics, Molecular Electronics, First-Principles Band Calculation, Tight-Binding Band Calculation, Non-Equilibrium Green's Function Method, Quantum-Corrected Monte Carlo Method
Electromagnetic Energy Physics Electromagnetics, Plasma electronics, Nuclear fusion, Energy conversion, Power electronics, Medical electronics, High power radio frequency, Radiation detector, High energy particle, Accelerator
Computer and Information Engineering
Integrated Circuit Information LSI (Large Scale Integration), LSI Design, LSI CAD (Computer-Aided Design), Logic Design, Low-Power Circuit Design, Digital Signal Processing, Video Processing, Image Quality Improvement, Multimedia Understanding, Digital Broadcasting
Computer Engineering Ubiquitous computing, Wearable computing, Sensor network, Ad-hoc network, Broadcast computing, Entertainment computing, Wearable fashion
Information and Communication Engineering Internet, Mobile Communications, Ubiquitous network, Network Security, Computer Security, Information Hiding, Data compression, Cryptography, Coding Theory, Information Theory
Algorithms Algorithms, Data structures, Complexity, Graph theory, Discrete mathematics, Combinatorial optimization, Geographic infomation processing, Image retrieval
Intelligent Learning Theory Autonomous systems, Intelligent systems, Intelligent information processing, Learning, Pattern recognition, Function approximation, Neural networks, Fuzzy systems, Support vector machines
Functional Thin-Film Engineering Cooperative education and research with Panasonic. wide-band-gap-semiconductor, carbon materials, power electronics, energy harvesting