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Department of Information
Processing Engineering
| Overview |
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Information underlies the human thought,
judgments and activities.
Information Processing is the technology to construct a
system to process rapidly by computer volumes of data of
letters, graphics, images, voices etc. The department is
equipped with the latest computer platforms,
UNIX and Windows bases, and a computer network connected
to the world through intra and internet.
It provides for a comprehensive course for information
technology, which covers fundamental theories through
specialized knowledge and techniques.
Students are educated to be engineers with both creativity
and solution ability of problems.
Graduates get jobs at locals and nationwide in IT industry
as well as in wide areas of other industry,
trade, service, etc. |
| Faculty |
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Fujio Kobayashi |
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Professor Ph.D. (D. of Eng.)
Image Processing |
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Toshihiko Kouno |
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Professor Ph.D. (D. of Eng.)
Measuring Data Processing |
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Katsumi Mori |
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Professor Ph.D. (D. of Eng.)
Pattern Recognition |
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Hikaru Shimizu |
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Professor Ph.D. (D. of Eng.)
Traffic Control System |
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Susumu Hattori |
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Professor Ph.D. (D. of Eng.)
Vision Metrology |
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Hajime Tsuboi |
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Professor Ph.D. (D. of Eng.)
Computational Electromagnetics |
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Kazuo Kawakubo |
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Associate Professor M. of Eng.
Computer Science |
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Toshio Shintani |
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Associate Professor Ph.D. (D. of Eng.)
Graph Theory |
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Motoo Tanaka |
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Associate Professor Ph.D. (D. of Eng.)
Computational Electromagnetics |
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Hiroshi Ishikawa |
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Lecturer Ph.D.(D. of Information Science)
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Takashi Ozeki |
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Lecturer Ph.D.(D. of Information Science)
Nonlinear Optimization |
| Degrees |
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- Undergraduate program :
Bachelor of Engineering in
Information Processing (4 Years)
- Graduate program:
Master of Engineering in
Information Processing (2
years)
Doctor of Engineering in Electronics and Information (3 years) |
| Discipline Groups |
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The course is categorized in five fields:
- Fundamentals of Information Science
- Information Systems & Computer Networks
- Fundamentals of Electric Engineering & Hardware
- Software Technology
- Image Processing Technology.
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| Undergraduate
Program |
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Students take subjects in the above fields selectively,
some of which accompany relevant experiments and/or
practices.
They have to be credited with prescript hours of the
department curriculum for graduation.
Students are also encouraged to acquire certified qualifications,
especially to pass the Japan Information Technology Engineers
Examination (JITEE).
In the forth year, students have to select a research theme
through the instruction of a professor.
They are asked to offer a final report and a presentation
on their achievements, which are subject to professors' judge
for a bachelor degree.
Further the department offers two years' master
and three years' doctoral programs.
PROGRAM
- Fundamentals of Information Science
Introduction to Information Processing,
Computer Literacy,
Engineering Mathematics,
Numerical Analysis,
Digital Signal Processing,
Mathematics for Information Processing
- Information Systems & Computer Networks
Information Theory,
Information Transmission,
Computer Networks,
Information Systems,
Control Theory,
Operations Research
- Fundamentals of Electric Engineering and Hardware
Electro Magnetic Theory,
Electric Circuits,
Logic Circuits,
Computer Architectures,
Microprocessors
- Software Technology
Programming,
Data Structures,
Database Systems,
Algorithms,
Automata Theory,
Operating Systems,
Artificial Intelligence,
Applied Programming,
- Image Processing Technology
Image Analysis,
Pattern Recognition,
Computer Graphics
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| Graduate
Program |
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- Master Program
The master's program intends to build up
engineers of information technology with creativity
and solving ability of problems.
The curriculum is composed of major four courses.
Students have to belong to one of the courses
and take subjects for subscribed credit hours.
They are asked to make research under the instruction
of a professor of the course and to present achievements
at relevant conferences.
Candidates are eligible for a degree of "Master of Engineering"
on passing required examinations
and completing a master's thesis.
PROGRAM
- Fundamentals of Information Engineering
Advanced Information Engineering,
Advanced Information Processing,
Computer Technology
- Information Systems and Computer Networks
Computer Systems,
Advanced Computer Networks,
Advanced Information Systems
- Computational Engineering
Fundamentals of Computational Engineering,
Applied Computational Engineering,
Advanced Programming
- Image Analysis and Processing
Advanced Image Analysis,
Applied Computer Graphics,
Advanced Pattern Recognition
- Common Lectures
Bio-information Measurement,
Advanced Optical Transmission
- Doctoral Program
Students in the Doctoral Program carry out their studies
and research under the instruction of a professor of the
course.
The research works should make a contribution
with originality and worthy of international
acceptance to Information Technology.
And the achievement should be presented at conferences
and/or symposiums, and be published in scientific
journals.
On completion of the doctoral dissertation
and passing required examinations,
candidates are granted a degree of "Doctor of Engineering".
PROGRAM
- Image Information Technology
Image Processing Engineering
Geometry Recognition Engineering
Advanced Computer Graphics,
Remote Sensing
- Computational Electromagnetics
Numerical Analysis of Three-Dimensional Field,
Fundamentals of the Computer Simulation of
Three-Dimensional Field
Applied Computer Simulation of Three-Dimensional Field
- Wave Signal Processing Technology
Optical-Information Transmission Circuit,
Very High Frequency Circuit
Signal Processing
- Applied Electronics
Applied Magnetohydrodynamics
Applied Plasma Engineering,
Electromagnetic Compatibility
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