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35 labs · 0 student voices
Other departments in School of Computing ›Faculties at Institute of Science Tokyo ›
Heming Sun Heming, Associate Professor
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The Heming Sun Lab studies image processing, neural networks, and the acceleration of related hardware. The lab covers visual computing broadly, from learning algorithms to highly efficient hardware systems. Its research themes include video compression, generative models, acceleration with FPGAs and ASICs, and large language models. The lab aims to turn research ideas into highly efficient systems that actually work.
Yoshifumi Yoshifumi Nakata, Associate Professor
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The Yoshifumi Nakata Lab studies quantum information science from a theoretical perspective. Quantum information science merges quantum theory, a fundamental theory of physics, with ideas from information science, and fundamentally explores the possibilities and limits of information processing. The lab works on quantum information processing, including quantum communication, quantum error correction, and quantum algorithms, as well as fundamental research that views physical phenomena from the perspective of information. The lab's motto is: "Unravel the quantum through the lens of information, and bring breakthroughs to information technology through the power of the quantum."
Keisuke Keisuke Yanagisawa, Associate Professor
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The Keisuke Yanagisawa Lab uses state-of-the-art computing systems, including supercomputers and quantum annealers, to elucidate biological phenomena and apply the findings to drug discovery. The lab draws on a wide range of approaches, from large-scale simulation to algorithm design. Its work includes computational-science-based support for drug discovery, the development of simulation-based analysis methods, and the application of quantum annealing to drug discovery research.
Jun Kurihara, Associate Professor
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The Kurihara Lab studies the building-block technologies and protocols for security and privacy that will be essential to future network infrastructure. The lab approaches the problem from both theory and implementation. In fundamental areas, it builds protocols based on coding theory. In applied areas, it studies new network architectures and their anonymization and authentication protocols.
Yuta Itoh, Associate Professor
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The Yuta Itoh Lab (Augmented Vision Lab) studies technologies that compute the interaction between people and the real world and intervene in it. The lab aims to augment the way people exist in the computing society of the future. Its themes are wide-ranging, from new display technologies for augmented reality (AR), to applications that augment vision, to AR and physical interaction. A distinctive feature of the lab is that it works on both hardware, such as optical design and electronic circuits, and software, such as computer vision and graphics.
Kenji Kenji Tei, Associate Professor
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The Kenji Tei Lab aims to realize autonomous software systems that can evolve and adapt flexibly to changes at runtime. As software becomes closely tied to the physical world and social infrastructure, there is growing demand for "flexible, resilient software" that can self-heal, self-optimize, and self-protect in response to change. The lab targets a range of domains, including cloud-native systems, robots, federated learning, and human interfaces. Centered on four areas (self-adaptation techniques, formal synthesis methods, generative AI, and human–autonomous system interaction), the lab works from theory to application.
Yang Yang Cao, Associate Professor
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The Yang Cao Lab studies privacy protection and security technologies for using AI safely. Focusing on large language models, autonomous agents, federated learning, and data infrastructure, the lab investigates what the dangers are and how to protect against them. The lab builds theoretical foundations such as differential privacy and secure computation, and goes on to develop algorithms and systems that actually work. In an international environment where Japanese and English are both spoken, the lab pursues research with the goal of presenting at international conferences.
Yuki Arase Yuki, Professor
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The Yuki Arase Lab conducts research aiming to realize artificial intelligence that understands and generates language like humans. The lab seeks to uncover how people build up the meaning of language in order to understand it. As applications useful to society, the lab develops systems that support language learners and technologies for intelligently processing medical text. It also works on evaluation techniques that examine whether large language models behave in ways that are unacceptable to people and society.
Koichiro Yoshino, Program-Specific Professor
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The Yoshino Lab studies spoken dialogue systems that talk and interact with people. The lab covers technologies for understanding spoken language, for deciding how a dialogue proceeds, and for generating response sentences, all as one system. It also works on applications such as dialogue systems that guide users to the information they want and dialogue systems that support the daily lives of older adults. Dialogue with robots is also a subject of study, and Project Professor Yoshino leads a team in RIKEN's Guardian Robot Project.
Shogo Shogo Hamada, Assistant Professor
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The Shogo Hamada Lab studies how to combine biomolecules such as DNA to build new systems. The lab designs "molecular robots," which are not living organisms but have the characteristics of life, starting from the molecular level. It is extending the technologies developed there to functional materials that can "think" and to diagnostic devices that test nucleic acids on the spot. This is a new research area that emerged from the convergence of various fields, including information science, control engineering, chemistry, and biophysics.
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