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103 labs · 1 student voices
Other departments in School of Informatics and Engineering ›Faculties at The University of Electro-Communications ›

Tsutomu Yoshinaga, Professor
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The Yoshinaga Lab studies the design of distributed and parallel computers, in which multiple computers are connected over a network, and the programming that achieves high performance on them. The lab covers a wide range from architecture to applications, including optical communication, data processing with reconfigurable devices (FPGAs), and cloud virtualization environments. The lab's website is shared with the Celimuge Lab, and the introduction to the Yoshinaga Lab is on the "Yoshinaga Lab Themes" page.

Tadashi Ohmori, Professor
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The Ohmori Lab studies the core software, database mechanisms, and theory that support the storage, processing, and use of data. The field ranges from database systems and transaction processing systems to the data engine technologies that support today's applications of huge data, such as search engines and data clouds. In step with new ways of using data, the lab considers how to evolve elemental technologies such as query processing capability, concurrency and consistency, and huge-data processing systems. On the lab's website, it is presented as the "Data Engineering Research Group" together with Associate Professors Takahiko Shintani and Hideyuki Fujita.

Satoshi Kobayashi, Professor
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The lab studies the theory and algorithms of machine learning, bioinformatics, and molecular robotics from the standpoint of theoretical computer science. It works on the problem of learning computational models such as automata from examples, and on algorithms for analyzing the structure of biopolymers such as nucleic acid sequences. In collaboration with experimental researchers, the lab takes part in a project to build molecular robots. Students who hope to join the lab for their graduation research are encouraged to meet with the lab and discuss its research in advance.

Tetsu Narumi, Professor
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The lab studies software and hardware related to high-performance computing and computer graphics. For GPGPU, which uses GPUs to accelerate scientific and technical computing, the lab develops tools that make GPUs easier to use while maintaining reliability. The lab also develops FPGA-based accelerators and tiled displays, and conducts research related to AR/VR.

Takahisa Toda, Faculty member
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The lab studies methods for testing and verifying whether AI learned from data satisfies expected properties. Using formal methodologies based on logical reasoning as well, it aims to realize quality evaluation techniques for AI that humans can understand and trust, and highly transparent models. Behind this are issues such as misrecognition caused by slight noise (lack of robustness) and bias regarding gender and race (lack of fairness). After joining the lab, students learn the basics from introductory articles and books, and narrow down their topic in consultation with the faculty.

Takahiko Shintani, Associate Professor
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The Shintani Lab studies the foundational technologies for extracting valuable information that could not be found before from massive amounts of data, and their application to real-world data. The lab studies data mining methods that efficiently process a wide variety of data even under constraints, such as data being stored in separate locations or its contents being kept confidential. The lab also works on lifelog mining, which extracts characteristics of people's daily lives from data collected by wristband-type sensors worn on the wrist.

Aohan Li, Assistant Professor
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The Li Lab studies machine learning and optical computing for next-generation wireless communications, as well as applications of AI and quantum computing. The lab was established on April 1, 2022, and its first cohort of students was assigned to it in fiscal year 2023. Its main research targets are IoT and Beyond 5G/6G systems based on AI and quantum technologies. The lab is looking for students who pursue their research on their own initiative.

Hiroyoshi Watanabe
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The Watanabe Lab provides learning support that combines education and computer science. The research achievements page lists presentations on systems that automatically evaluate programming assignments and statistics posters, systems that support peer evaluation of presentations, and more. There are also presentations on remote classes for the high school Information subject. Students who wish to be assigned to the lab must have an interview beforehand.

Suhua Tang, Professor
0 student voices
The Tang Lab studies wireless networking and computing. One pillar of its research is vehicle-to-vehicle and vehicle-to-pedestrian communication, in which vehicles and pedestrians exchange information wirelessly, along with technology for accurately measuring pedestrian positions. The lab also works on power-efficient communication for sensors and IoT devices, and on over-the-air computation, which performs data collection and processing at the same time. It also studies content-centric networking, which stores and delivers content within the network, as well as content analysis.

Shunji Yazaki, Faculty member
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The Yazaki Lab studies the foundational technologies that support the Internet, as well as practical information security. The lab also names high-performance computing and computer architecture, and artistic expression and ICT infrastructure, as its fields. Current work includes a mechanism that dynamically provides each user with a dedicated computing environment, and research on visualizing information infrastructure as video content. In the past, the lab has also worked on research that continuously measures and evaluates Wi-Fi environments using IoT devices.
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