Computer Science and Engineering
Prospective students should aspire to become professionals with a broad perspective of the field of information technology. Students should strive to acquire advanced knowledge and skills in the field, to become adept at analytical thinking, and to improve their capacity to solve engineering problems under constraints.
Leading subjects
- Large-scale discrete structure processing
- Parallel computing
- Software engineering
- Internet engineering
- Machine learning
- Visual information processing
- Natural language and speech information processing
- User-centered design methodology
| Supervisors | Main topics of research | |
|---|---|---|
| Professor | ANDOH Hidetoshi | Distributed and collaborative systems, interactive multimedia technology |
| Professor | IWANUMA Koji | Discrete data mining, automated theorem proving, artificial intelligence |
| Professor | OHBUCHI Ryutarou | 2D image and 3D shape analysis, recognition and retrieval, cognitive visual information processing |
| Professor | OZAWA Kenji | Acoustic signal processing, auditory information processing, audio-visual perceptive computing |
| Professor | GO Kentaro | Interactive systems design methodology |
| Professor | SUZUKI Tomohiro | High-performance computing |
| Professor | TAKAHASHI Masakazu | Software engineering, reliable software |
| Professor | FUKUMOTO Fumiyo | Natural language processing, computational linguistics, information retrieval |
| Professor | HATTORI Motonobu | Neural networks |
| Professor | Mao Xiaoyang | Image processing, computer graphics, virtual reality/augment reality, visualization |
| Professor | WATANABE Yoshimichi | Software development techniques |
| Associate Professor | OMATA Masaki | User interface, user experience |
| Associate Professor | KINOSHITA Yuichiro | Affective information processing, human-computer interaction |
| Professor | TOYOURA Masahiro | Image and video processing, design by AI and IoT |
| Associate Professor | Artificial intelligence, knowledge representation and reasoning, constraint satisfaction systems | |
| Assistant Professor | FURUYA Takahiko | 3D shape and 2D image analysis, recognition and retrieval, machine learning |
| Assistant Professor | LI Jiyi | Crowdsourcing, data mining, information retrieval |