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Computer Science

Growing up engineers ready to play important roles in the IT world!

Our aim is to educate engineers who are ready to work actively in the IT world, acquiring high ability in information engineering for the upcoming ubiquitous computing generation. Basic classes provided in the first two years give our students a concrete basis to be IT engineers.

Our students begin their professional study at the second year, and step up year by year to be highly-educated engineers. They have a choice of three major courses: computer engineering, media engineering and mathematical information engineering. All our students obtain basic knowledge and basic skills in all these courses before they make decision about their major at the third year. These three courses nurture highly-educated engineers in information engineering, who have deep knowledge and problem-solving skills in their major fields. Our graduates are expected to have a wide range of abilities including professional knowledge and technical skills of software, hardware and media engineering, not only in basic mathematical informatics, to lead the world in IT world.

Fields of Research

Computer Engineering

Electronic Computer Engineering
Aiming at the advancement of high performance computer systems. Computer architecture, microprocessors, hardware description language and System LSI design.
Computer Software
Aiming at the development of advanced computer systems operating systems, programming language processing,object-oriented programming and software engineering.

Media Engineering

Knowledge Information Engineering
Aiming at the advancement of media computing targeting natural language, speech and other human media. Intelligent information processing from digital signal processing to artificial intelligence.
Computer Vision and Graphics
Aiming at the development of image-related media computing. Image processing, image recognition, computer vision, computer graphics, visual computing, virtual reality and interactive media.

Mathematical Information Engineering

Control System Engineering
Aiming at the development of advanced automatic control system technologies for modern practical systems. Classical and modern control theory, system analysis and systems engineering.
Applied Mathematics
Applied Mathematics Aiming at the advancement of mathematical informatics. Signal processing, information theory, coding theory, numerical analysis and other basic informatics.

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Academic Staff

Professor

  1. 3D display
  2. Augmented Reality
  3. Image Processing
  4. Artificial Intelligence
  5. Remote control and automatic control
  1. 1. Cyber-Physical Systems, Embedded Systems, Distributed Systems, Real-Time Systems
  2. 2. Software Engineering
  1. Audio Chord Estimation
  2. Semantic Segmentation of Image
  1. 1. Computer graphics
  2. 2. Virtual reality
  3. 3. Image processing
  4. 4. Image recognition
  5. 5. Medical applications
  1. (1) Real time Scheduling Algorithm
  2. (2) Heuristic Algorithm
  1. (1) Advanced control system design
  2. (2) Diagnosis and Monitoring based on biosignal processing
  1. (1) Optimization algorithms
  2. (2) Neural Networks
  3. (3) Chaotic Circuits
  1. (1) Color/gray-scale image enhancement
  2. (2) Underwater image processing

Associate Professor

  1. (1) Color Naming
  2. (2) Color Manipulation
  1. Linear code ensemble, decision feedback, mismatched decoding, regular channel, single letter exponent
  2. Linear code ensemble, decision feedback, mismatched decoding, regular channel, single letter exponent
  1. (1) Superconductive electronics
  2. (2) Stochastic computing-based deep-learning accelerator
  1. Computational science
  2. numerical analysis
  3. mathematical optimization

Lecturer

  1. (1) Control Engineering
  2. (2) Control Theory
  3. (3) Robotics
  1. (1) Unknown word recognition
  2. (2) Emotion/polarity estimation

Assistant Professor

  1. (1) Asynchronous logic desgin
  2. (2) Design automation