Research
Research focuses on next‑generation computing systems that integrate perception, learning, and action to enable intelligent and adaptive behavior — spanning computer architecture, neuromorphic computing, intelligent autonomous systems, and energy‑efficient platforms for AI and robotics.
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High‑performance and low‑power processor microarchitectureMulticore/manycore systems, memory hierarchies, and domain‑specific accelerators.
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Neuromorphic and brain‑inspired computingEvent‑driven architectures, spiking neural network processors, and neuromorphic SoCs for real‑time autonomous control.
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On‑chip interconnects and 3D‑IC technologiesChiplets, 2.5D/3D integration, hybrid bonding, and photonic‑electronic links for scalable AI systems.
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Embedded and real‑time systemsHW–SW co‑design and cyber‑physical architectures for robotics and autonomous platforms.
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Reliability and fault‑toleranceAI‑assisted reliability engineering, robust 3D‑IC design, and autonomous self‑healing mechanisms.
Recent News
- Mar 2026 Keynote speech "Neuromorphic AI for Embodied Systems: Event‑Driven Intelligence for Prosthetics and Humanoids" at ICRCA 2026, Osaka University.
- Feb 2026 Selected as Distinguished Lecturer of the IEEE Circuits and Systems Society (CASS) for 2026–2027.
- Jan 2026 Plenary talk at ETLTC2026 Global Conference Series, University of Aizu.
- Dec 2025 Keynote speech "Distributed Autonomy Meets Neuromorphic Intelligence" at ICoIAS 2025, Osaka.
- Nov 2025 Joined Editorial Board of Intelligence & Robotics as Associate Editor.
- Jun 2025 Patent 7699791 granted for an AI processor architecture.