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engines, XR devices, spatial sensing technologies, high-capacity high-speed communication systems, and distributed computational processing. Through government-funded research projects and collaborative
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engines, XR devices, spatial sensing technologies, high-capacity high-speed communication systems, and distributed computational processing. Through government-funded research projects and collaborative
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processes, regularity theory of nonlinear degenerate and singular elliptic and parabolic PDEs, free boundary problems, optimal control of free boundary systems with distributed parameters. Current areas
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infrastructure operations, we aim to improve Internet Protocol performance, and to develop new protocols, in addition to deploying those outcomes. Potential research areas include: Computer Networks, Distributed
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or nursing care leave. Furthermore, to promote work-life balance for faculty and staff, we actively pursue gender equality initiatives. These include access to campus childcare facilities, distributing
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for faculty and staff work-life balance, such as operating on-campus childcare facilities, distributing discount vouchers for babysitter dispatch services, and providing temporary childcare during the Common
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information resources and network infrastructure of the university; next-generation ICTs that promote the distribution and sharing of information by leveraging advanced digital technologies; data processing
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Protocol, Internet of Things (IoT), Artificial Intelligence (AI), Cloud / Cloud Computing, Information Security / Cybersecurity, Mobile Communication, Distributed Systems, Digital Twin / Virtualization, Edge