Area 2 (PO: KAWAHARA) R&D Projects
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- Area 2 (PO: KAWAHARA)
- Area 2 (PO: KAWAHARA) R&D projects
Area 2 (PO: KAWAHARA)
R&D projects
| <Adopted in FY2025> R&D Project Title | Summary | R&D Period |
|---|---|---|
| Foundational Techniques for Malleable Tools for a Reciprocal Anime Co-creation Environment KATO Jun |
（PDF：841KB） | FY2025.10～ |
| Connected Matter: Wireless Networks of Computing Particles for Electronic Skin Devices KADOMOTO Junichiro |
（PDF：188KB） | FY2025.10～ |
| Collaborative Co-design of Sensing, Communication, and Control Leveraging Spatio-temporal Sparsity of Visual Information KISHIDA Masako |
（PDF：194KB） | FY2025.10～ |
| Fusion of Terahertz-Induced Ultrasound and Robotics for AI Tactile Perception MONNAI Yasuaki |
（PDF：199KB） | FY2025.10～ |
| Building a Vision-Language Benchmark Framework for Disaster Response YOKOYA Naoto |
（PDF：224KB） | FY2025.10～ |
| Intelligent Dynamic Light-field Illumination for Real-Face "Light-Morphing" WATANABE Yoshihiro |
（PDF：530KB） | FY2025.10～ |
| <Adopted in FY2024> R&D Project Title | Summary | R&D Period |
|---|---|---|
| Innovative Wireless Communication Systems through Wireless-Optical Fusion IIZUKA Tetsuya |
（PDF：232KB） | FY2024.10～ |
| Developing Algorithmic Methods for Fair Assignment and Agreement in Autonomous Decentralized Environments IZUMI Taisuke |
（PDF：306KB） | FY2024.10～ |
| Body-verse: Creation of an Interaction Platform between Humans and Internal Organs INAMI Masahiko |
（PDF：230KB） | FY2024.10～ |
| Evolving Literal Communication UCHIDA Seiichi |
（PDF：443KB） | FY2024.10～ |
| Ultra-Brain Neuromorphic by Material-Device-System Co-Research KIMURA Mutsumi |
（PDF：305KB） | FY2024.10～ |
| Inclusive Robotic Foundation Model with Unstandardized Data KOBAYASHI Taisuke |
（PDF：268KB） | FY2024.10～ |
| Creation of an AI Interaction Platform for the Coexistence of Humans, Animals, and AI TANAKA Toshihisa |
（PDF：394KB） | FY2024.10～ |
| Evolutionary communication infrastructure connecting diverse mobile devices and humans TSUKADA Manabu |
（PDF：254KB） | FY2024.10～ |
| Scaling-Friendly Tiny Fully-Integrated IoT Enabling Dynamically Environmental-Adaptive Time-
Space Augmentation NIITSU Kiichi |
（PDF：476KB） | FY2024.10～ |
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