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Development of an Electronic Holographic HMD Device
Ideal 3D image display
We are developing a head-mounted 3D display (HMD) device using electronic holography. This is a compact, lightweight and practical device realized by using a new computational algorithm and a newly designed optical system.
Research
Electronic holography-based display devices can display stress-free 3D images that are compatible with human visual physiology. Using computational correction, the head-mounted display (HMD) developed with this research replaces the complex optical system that had been required in the past, with a simple optical system. As a result, we have achieved the smallest and lightest electronic holography system in the world at low cost. As shown in the figure below, the hologram image can also be displayed to fit in the depth.
Unlike conventional HMDs, this HMD does not cause users stress due to a shift in depth focus.Yuji Sakamoto Emeritus Professor
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History
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- From Landscape to Hometown Revitalization Hirofumi Ueda (Professor)
- Web Ground Club, which is a cloud-based geothermal heat pump design and performance prediction program, and Japan's Nationwide 3D Grid Strata Database Katsunori Nagano (Professor)
- Nonlinear Compensator That Can Be Implemented Without Sensors Takanori Emaru (Associate Professor)
- Use of Lignin, a Wood Component, as an Electronic Device Material Yasumitsu Uraki (Professor)
- Techniques for Listening to Opinions That Are Difficult to Express Verbally Jun-ichiro Kawahara (Professor)