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103 labs · 1 student voices
Other departments in School of Informatics and Engineering ›Faculties at The University of Electro-Communications ›
Yuichi Yamada
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Prof. Yamada teaches mathematics in the Division of General Education at the University of Electro-Communications. The professor's page lists workshops and conferences on Casson handles, low-dimensional and infinite-dimensional manifolds, Casson-Freedman theory, and the East Asia School on knots. The page also lists an intensive lecture course, “Plane Curves and Surgery on 3-Manifolds,” at Tokyo Metropolitan University in November 2007, and a talk, “Straight Lines in Curved Space,” at Science Café Chofu in January 2019. A note dated April 2010 on the page says that teaching within the department and supervising undergraduate and graduate students will be done only to the extent that it does not interfere with the professor's mathematics duties in the Division of General Education.
Atsushi Iwasaki, Associate Professor
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The lab combines game theory, optimization, and data science to study algorithms for incentives in markets, institutions, and decision-making. Its stated research interests are the theory and applications of market design, and repeated games and learning. The lab's website also compiles and publishes the workshops and seminars it has held so far, along with teaching materials.
Yuki Kinoshita, Faculty member
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The lab uses mathematical optimization, simulation, and machine learning to design production systems while evaluating their environmental and economic performance. For example, it considers how to design production systems that raise costs but improve the recycling rate. The lab was established in April 2025, and it conducts some of its research jointly with the Tetsuo Yamada Lab. Students who wish to join the lab must attend an information session and an interview.
Naoaki Itakura, Professor
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The Itakura-Mizuno Lab is jointly run by the Itakura Lab and the Mizuno Lab, and studies humans and systems from an engineering perspective using biological information. Its goal is to achieve smooth communication between humans and systems. The lab works on input interfaces operated by gaze or brain waves, virtual reality, analysis of the electrical signals of muscles, and more. As research on road traffic simulators, it also covers the evaluation of car-driving models and the human interface of road traffic management systems.
Mio Tsubakimoto, Associate Professor
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The Tsubakimoto Lab studies mechanisms that support education and learning from the standpoint of educational technology. The lab works on the analysis of educational texts, educational data mining, and learning analytics. It also works on training the people who support student learning, such as those at learning support centers and tutors, and on how to measure the effects of that training. The lab is run jointly with the Egi Lab as the Educational and Learning Support Systems Lab (Egi-Tsubakimoto Lab). Together with the Egi Lab, it also studies systems that support learning by analyzing dialogue and body movements in collaborative learning settings.
Shinji Yokogawa, Professor
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Based on reliability engineering and quality management, the Yokogawa Lab studies how to make devices and systems in the energy field more reliable and improve their quality. Through case analysis of accidents, life testing and life prediction of devices, and analysis of reliability and quality data from the market, it seeks to improve the reliability and resilience of products and infrastructure. Prof. Yokogawa is a full-time faculty member of the i-Powered Energy System Research Center, and also holds concurrent positions in Class I of the School of Informatics and Engineering and in the Management and Social Information Studies Program of the graduate school. Research topics are decided through discussion, and lab visits and interviews are accepted at any time.
Kazuyuki Mito
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Mito Lab studies the characteristics of human sensation, cognition, and behavior, and researches their application to medicine, welfare, daily life, and production. The foundation of its research is Human Informatics. From a human-centered perspective, the lab considers devices and systems that take the burden on people into account, such as environments friendly to older adults and people with disabilities, and easy-to-use information devices. Its themes include measuring muscle function, conveying information to people with visual impairments, and supporting learning for children and adults with intellectual disabilities.
Naoaki Itakura, Professor
0 student voices
The Mizuno Lab is run jointly with the Itakura Lab as the Itakura-Mizuno Lab, and studies humans and systems from an engineering perspective using biological information. With the goal of enabling smooth communication between humans and systems, the lab conducts research using information obtained from psychological, physiological, and behavioral measures. Its work includes estimating autonomic nervous system activity from facial skin temperature and realizing efficient virtual reality.
Michimasa Inaba, Associate Professor
0 student voices
The Inaba Lab studies dialogue, aiming to understand communication between people and between people and machines from the standpoint of informatics. Its research covers spoken language understanding, artificial intelligence capable of social dialogue with people, intelligent processing of dialogue, and applications of dialogue processing to content. The lab was founded in April 2019. It belongs to the Artificial Intelligence eXploration Research Center at the University of Electro-Communications and to the Department of Informatics, Graduate School of Informatics and Engineering.
Lu Jin, Associate Professor
0 student voices
The Jin Lab works on optimizing planning based on probabilistic prediction, focusing on the maintenance of social infrastructure and plants. Its specialties are maintainability engineering, condition-based maintenance, and reliability engineering. Products and systems that are operated for a long time, such as social infrastructure, power systems, and aircraft, require continuous maintenance. The same research methods are also used in health economics to choose treatments and medications, and the lab has begun joint research in financial engineering.
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