Research
Mission
Visualizing Invisible Motion,
Solving Real-World Challenges Through Data
High-Speed Sensing × AI × Robotics
Sensing Informatics Technologies
High-Speed Vision / Vibration Sensing
AI-Based Object Tracking
Wide-Area Robotic Sensing
We develop sensing informatics technologies that reveal what is invisible, track what is too fast, and understand what is too complex. By combining high-speed vision, vibration sensing, AI-based moving-object tracking, and robotic sensing, we capture the real world with high spatiotemporal density and turn complex field phenomena into actionable data.
Sensing Informatics Technology Topics
View All Topics »AI Tracking Camera for Fast-Moving Targets
Ultrafast Active Camera Shadow-Cloning into Multiple AI Cameras
Vibration Camera Capturing Invisible High-speed Phenomena
Volumetric Capture Studio Using Dozens of High-Speed Cameras
Comprehensive Spatiotemporal Understanding of the Real World
Applications to Human and Biological Systems
3D Visualization
of Biological Dynamics and Signals
Motion Analysis
in Sports and Rehabilitation
AI-Based Animal Behavior Analysis
We uncover subtle signals hidden in human and animal behavior, motion, and biological systems. Through biosignal measurement, motion analysis, and behavior sensing, we visualize health conditions and signs of change, opening applications in medicine, rehabilitation, sports science, animal behavior analysis, and related fields.
Human & Biological Systems Topics
View All Topics »Occupant Load Assessment in Seat Vibration Testing
3D Swallowing Analysis with Integrated ToF-Stereo HFR Cameras
Dynamic Behavior Analysis of Laboratory Animals and Livestock
Video-Based Honeybee Monitoring via Pixelwise Wingbeat Detection
Applications to Industrial Systems
FA and Robot Monitoring
Automotive and Machinery Testing
Wide-Area Monitoring
of Bridges and Plants
We bring industrial fields into the digital space through advanced sensing for digital manufacturing. By visualizing hidden changes in production equipment, manufacturing lines, plants, and infrastructure, we transform real-world displacement, vibration, and degradation data into digital twin applications for next-generation industrial sensing.
Industrial Systems Topics
View All Topics »Dynamic Machinery Motion Analysis Using Model-Based 3D-DIC
HFR-Video-Based Robot Vibration Visualization
Bridge Deflection Monitoring Using High-Speed 4K+ Cameras
Chatter Monitoring in Cutting Tools via Rotation-Sync HFR Video