Small-start Type: Full-scale R&D Projects
Multidimensional digital twin sensing and reconstruction based on high-speed vision
| Prioritized Theme | Human centric digital twins services |
|---|---|
| R&D Period | 2024.04- (Feasibility Study: 2021.10-2024.03) |
| Grant Number | JPMJMI24H1 |
| Project Summary | Summary (PDF:332KB) |
Summary:
Conventional information environments are constructed with sensordisplay technologies based on an ability of human (30-60 fps), resulting in a spatio-temporal gaps in the real world, and dealing witha digital twin that lacks dynamics and reality under the limitations oflatency and worn devices.
This problem is a major obstacle in thecreation of a comfortable next-generation information society forremote work, tele-surgery, and automated driving.
In this project, high-speed sensing based on 1,000fps vision, which isfar faster than that of humans, and the development of opticalsystems, robots, and display handling the sensing technologies, willbe integrated with spatial and various modal information based onthe time axis, thereby creating an information environment that canhandle multidimensional digital twins without spatio-temporal gaps.
The technologies will be used as a platform multidimensional digitaltwins in real time to create various innovative services andbusinesses, and its effectiveness will be demonstrated mainly in thefields of factory automation, inspection, and media.
R&D Team
Hiroshima University, Utsunomiya University, Gunma University, Institute of Science Tokyo
* PI during the feasibility study phase;
President / Professor ISHIKAWA Masatoshi (Tokyo University of Science)
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