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1,223 labs · 43 student voices
Hiroshi Kawasaki, Professor
0 student voices
The lab focuses on computer vision, computer graphics, and AR/VR/MR. It works on techniques for measuring the 3D shapes of objects using cameras, projectors, and other devices, as well as on 3D reconstruction underwater and inside the body. The lab also conducts research on generating human motions, such as gestures, from text. The lab's website introduces it under the name "Kawasaki Lab."
Jianjun Zhao, Professor
0 student voices
The Intelligent Software Lab aims to build more reliable and safer software systems using techniques such as program analysis, verification, and software testing. The lab seeks a deep understanding of defects and bugs in software systems, and explores ways to guarantee their reliability and safety. It also studies methods for automatic generation of program code and automatic repair of program bugs. The lab's website is published under the name "Pangu Research Lab."
Osamu Muta, Professor
0 student voices
The Wireless Communications Lab studies multi-antenna signal processing, wireless communication schemes, and applications of wireless sensing and wireless communications. The lab also works on technology for estimating positions at construction sites, and on object detection using propagation channel information from wireless LANs. Signal processing for Massive MIMO systems, which use a large number of antennas, is another of its research themes. The lab's website lists it under the name "Muta Lab."
Takeshi Onodera, Associate Professor
0 student voices
The Kansei Nano-Bio Sensor Lab studies taste sensors, artificial olfactory systems, and sensors that detect odorants. The lab works on enhancing the functionality of taste sensors, developing artificial olfactory systems, and developing sensors that detect odorants such as explosives and fragrances with ultra-high sensitivity. It also studies odor and gas sensing using photonic crystals, and biosensors that target small molecules in body fluids such as urine and saliva and small molecules derived from plants. The lab's website lists it under the name "Onodera Lab."
Terumitsu Tanaka, Associate Professor
0 student voices
The Integrated Magnetic Devices Lab studies information devices that use the motion of electron spins in ferromagnetic materials, and magnetic recording technology for hard disks and similar devices. The lab explores, through both theory and experiment, new devices that use spin waves, which are generated when a microwave magnetic field is applied to electron spins, for information transmission and logic operations. In magnetic recording, the lab works on technology that achieves both higher recording density and lower recording energy. The lab's website lists it under the name "Electronic Devices Lab."
Hiroyasu Tajima, Associate Professor
0 student voices
The Quantum Information Lab investigates the relationship between “information and physics” by combining the mathematical methods of quantum information theory and nonequilibrium thermodynamics and statistical mechanics. Its particular interest lies in the fundamental limits of physical processes such as thermodynamic, measurement, and computational processes, and in how quantum effects influence those limits. It also looks ahead to applications to practically important problems, such as improving the performance of heat engines by using quantum effects. On the lab's website, it is introduced under the name “Tajima Lab.”
Eita Nakamura, Associate Professor
0 student voices
The Cultural Intelligence Science Lab studies, mathematically, the intelligence that underlies arts and culture and the mechanisms by which culture develops. Building on machine learning, evolutionary theory, and statistical physics, it researches technologies for analyzing and generating music, painting, literature, and more. The lab also conducts social experiments using systems such as automatic music composition systems. It works to produce people who have expertise in informatics and physics and who can research and develop artificial intelligence technologies from the perspective of social development.
Koji Inoue, Professor
0 student voices
The Cyber-Physical Computing Lab studies new computing mechanisms and their applications. The lab explores what future computers should look like in order to efficiently process, in the cyber world, the vast amounts of data generated in the real world and return the results to the real world. Looking across everything from hardware to software, the lab investigates computer architectures that are optimal for the system as a whole. Its work includes computers that use new devices such as superconducting, quantum, and optical devices, as well as secure and environmentally conscious computers.
Satoshi Ohshima, Associate Professor
0 student voices
The High Performance Computing Lab studies technologies for performing large-scale computations quickly. It works on high-performance computing with GPUs and on parallel computing, in which multiple computers are connected and compute together. Associate Professor Satoshi Ohshima lists high-performance computing with GPUs as a research theme, and Associate Professor Takeshi Nanri lists topics such as optimizing communication in parallel computing. The faculty members belong to the Division of Advanced Computational Science of the Research Institute for Information Technology.
Chengjiu Yin, Professor
0 student voices
The AI Education Lab studies support for teaching and learning using ICT and AI. The lab analyzes educational big data, which are records of learning, and pursues research that leads to generating and recommending learning materials tailored to each learner. Emphasizing practice in real educational settings, the lab aims to scientifically analyze and solve problems in education and learning. On the lab's website, it is introduced under the name "Chengjiu YIN Lab."
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