Department of Electrical, Electronic and Computer Systems Engineering

   The advent of contemporary technology-oriented society is dependent on the academic contribution of electrical and electronic engineering, and information engineering. It is expected that more progress in information technology (IT), on the basis of electrical and electronic technology, will play an important role in the development of a highly information-oriented society in the future. Recently, these fields have confronted a sudden increase in problems, such as the development of frontier technologies involved in interdisciplinary fields, and the harmonization of the development of technology with the natural environment. These problems can not be solved by a single technology from a single field and must be transversely and systematically analyzed by multi-technologies of several fields.

   This department is composed of two divisions; namely, the organic combination of electrical and electronic engineering, and information engineering. The divisions are Electrical and Computer Systems Engineering and Electronic and Computer Systems Engineering. The divisions aim at training engineers and researchers, who acquire a wide variety of knowledge and understanding of high-level technologies to cope with rapidly changing technologies. The divisions provide teaching and research routes which concentrate on new engineering dealing not only individually but also synthetically and systematically with multi-technologies of several fields, such as conversion, transport technology and control of electrical energy, environment measurement by images, high speed diagnosis of computer hardware, devices of optoelectrronics, environment electromagnetic instrumentation, living body instrumentation and information processing.

Division of Electrical and Computer Systems Engineering

　The technology of Electrical and Computer Systems Engineering has made great progress. This may be attributed to the rapid advancement of information processing and information electronic technologies which are supported by such IT technology as the computer. This division provides the instruction and research routes on Fundamental of Electrical Engineering, Electric Energy Engineering, Computer Simulation Engineering, Environmental Biomedical Engineering, Geometric Quantum Phases and Their Applications, Theoretical Study on Nonuniform Unconventional Superconductors, Control Engineering for the Servo System, Applied High Energy EM Interaction, Machinery Engineering for Electromagnetic Energy Conversion, Image Information for Engineering and Biological Information Processing, all of which aim at the organic combination of energy engineering considering the environment problem, application of image processing and information engineering centering on computer hardware.

Division of Electronic and Computer Systems Engineering

　The analyses of the various data in the electronic and information engineering fields and the analysis by mathematical principles contribute to human society by thoroughly integrating many fields and bringing about progress and development through technology in social life. In order to cope with highly information-oriented and rapidly progressing frontier technologies, this division offers instruction and research routes on Photonic and Electronic Device Engineering, Sub-Millimeter Wave and Far-Infrared Engineering, Semiconductor Materials and Devices Engineering, Electromagnetic Environment and Compatibility for Information Engineering, Computer Network Engineering, Ultrasonic Electronics, Applied Stochastic Processes, Applied Analytics, Applied Condensed Matter Physics and Diffusion Equations and Stochastic Processes.

Division	Electrical and Computer Systems Engineering
Field of Instruction and Research	Quality	Faculty Member	Instruction Subject
Electrical Energy Systems Engineering	Properties of Dielectrics and Electrical Insulating Materials for Electric Energy, Information Measurement of Dielectrics and Electrical Insulating Materials due to Image Processing Technology and Various Sensors		Fundamental of Electrical Engineering
	Estimation and Design of Various Materials for Electric Energy Using Computer Simulation	Prof. Masafumi Suzuki	Computer Simulation Engineering
	Theory for control of geometric characteristics in quantal phase factors and its applications	Prof. Masaru Onoda	Advanced Course of Quantum Phase Control
	Recent Trends of Conversion, Storage and Delivery of Electric Energy	Associate Prof. Masashi Sato	Electric Energy Engineering
	Theory of superconductivity phenomenon and anisotropic superconductivity and its applications	Associate Prof. Yasunari Tanuma	Phenomenological Theory of Anisotropic Superconductors
	Development and Analysis of Devices and Materials for Electric Power	Associate Prof. Seiji Kumagai	Power Device and Materials Engineering
Control Systems Engineering	Control Method of Servo System using Servomotor and Stepping Motor		Control Engineering for Servo System
	High Energy Electro-Magnetic Phenomena of Elementary Particles and Method of Measurement		Applied High Energy EM Interaction
	Application of Electromagnetic Field Analysis for Rotating Machine and Power Apparatus		Electromagnetic Apparatus and Systems Engineering
	Application, Control and Design of Power Stationary Apparatus and Rotating Machine	Prof. Katsubumi Tajima	Machinery Engineering for Electromagnetic Energy Conversion
	Application of Artificial-Intelligence Type Algorithms Like Neural Networks and Genetic Algorithms for Control Systems	Associate Prof. Takeshi Miura	Intelligent Electronic Control System Engineering
Information Systems Engineering	Analysis and Algorithms of Remote Sensing Data and Image Information Applications	Prof. Makoto Nishida	Image Information for Engineering
	Biomedical Measurements of Sensory-Motor Systems and Development of Supportive Devices for Older People and Traffic Accident Prevention	Prof. Kazutaka Mitobe	Advanced Sensory Information Engineering
	Analysis and Application of Remote Sensing Data and Image Recognition	Prof. Yoichi Kageyama	Advanced Remote Sensing Engineering
	Traffic Engineering, Application Layer Flow Control, Network Topology Design	Associate Prof. Masashi Hashimoto	Advanced Information Theory and Network Engineering in Industries

Division	Electronic and Computer Systems Engineering
Field of Instruction and Research	Quality	Faculty Member	Instruction Subject
Creative Electronic Device System Engineering	Clarification and Application of Optical and Electronic Materials and Their Application to Optoelectronic Devices		Photonic and Electronic Device Engineering
	Electronic Properties of Nanoscale Semiconductors and Insulators, and Their Application to Nanodevices	Prof. Seiji Horiguchi	Nanodevice Engineering
	Wave Propagation Characteristics in Various Materials Including Solid-State Plasma and Their Device Applications in Millimeter Wave to Far-Infrared Region	Prof. Toru Kurabayashi	Sub-Millimeter Wave and Far-Infrared Engineering
	Various Types of Compound Semiconductor Crystal Growth and Their Applications to Electronic Devices	Associate Prof. Yuichi Sato	Semiconductor Materials and Devices Engineering
	Organic Molecular Orientation and Their Application to Optoelectronic Devices	Associate Prof. Rumiko Yamaguchi	Organic Materials and Electronic Device Engineering
Creative Applied Electronic Systems Engineering	Applied Measurements of Electronic Devices and Electromagnetic Wave and Applied Systems in Electromagnetic Compatibility including Bio-medical Systems		Electromagnetic Environment and Compatibility for Information Engineering
	Network Protocol, Network Management, Speech Processing and Image Processing for Information Communication Systems		Computer Network Engineering
	Design and Performance Analysis of LAN, WAN and MAN Networks with Respect to Lower Layers	Prof. Hitoshi Obara	Optical Network Engineering
	Signal Processing for Information Communication Systems and Numerical Modeling on Signal Transmission, and These Applications	Associate Prof. Motoshi Tanaka	Advanced Signal Processing System Engineering
Inteligent Instrumentation System	Instrumentation of Measurement and Imaging for Acoustic Wave Signal	Prof. Kazuhiko Imano	Ultrasonic Electronics
	Analysis of Counting Processes and Their Application to Characterization Random Traffic	Prof. Ryuji Igarashi	Applied Stochastic Processes
Applied Mathematical Science	Algorithms in Mathematical Structures and Applications to Information Security and Computational Complexity	Prof. Akihiro Yamamura	Mathematical Algorithms
	Constructions and Properties of Fundamental Solutions of Diffusion Equations on a Domain in a Manifold, and the Relation between Diffusion Equations and Stochastic Processes	Prof. Hajime Kawakami	Diffusion Equations and Stochastic Processes
	Quantum Mechanical Tunneling in Solids and Optical and Electrical Properties in Layered Materials	Associate Prof. Kunihiko Yamaguchi	Applied Condensed Matter Physics
	Mathematical Aspects of Shape Analysis and Geometry/Topology of Mappings	Associate Prof. Mahito Kobayashi	Shape Analysis and Topology of Mappings