Our research spans a broad spectrum of both basic and applied research in areas such as machine intelligence, intelligent robotics, spoken language processing, and machine learning.

Our research activities encompass a wide range of basic and applied research areas, including machine intelligence, intelligent robotics, spoken language processing, and machine learning. Recent research topics include domestic service robots, multimodal language understanding, language generation, time series prediction, space and environmental data prediction, imitation learning, and recommendation systems.

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Machine learning and AI technologies have been applied to a broad range of fields, including agriculture, infrastructure, medicine, finance, automated driving and arts, and have achieved superhuman performance in object recognition, board games, and other intellectual processes.
We are building deep learning technology to classify and predict data that bridges the real world, cyber world, and human society. In addition, we are developing a basic theory of multimodal language processing techniques that interpret and explain the semantics of diverse data through language.

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In AI-related fields, strong links between theoretical and empirical studies are becoming increasingly common, reflecting the rapid translation of new technologies into real-world applications. Therefore, we go beyond laboratory experimentation to develop innovative solutions that address real user needs. As an academic organization, our mission is to train experts and develop machine intelligence that assists people and generates significant societal impact.

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これまでの共同研究先および成果ライセンス先

Past and current joint research partners and/or licensees

Apple / NEC Corporation / Kyoto City / National Institute of Information and Communications Technology (NICT) / National Institute of Informatics (NII) / CyberAgent / Computer Institute of Japan (CIJ) / Tamagawa University / Chubu University / University of Electro-Communications / Tokyo Metropolitan Industrial Technology Research Institute (TIRI) / Tohoku University / Toyota Motor Corporation / Panasonic Corporation / Hitachi, Ltd. / Hitachi Solutions Technology / FEAT / Fairy Devices / Honda R&D / MiraiTranslate