Visual SyncAR, under development by NTT, uses digital watermarking technology to display companion content on a second screen, in sync with the content being viewed on the TV.
“For example, you can show a CG chara…
Visual SyncAR, under development by NTT, uses digital watermarking technology to display companion content on a second screen, in sync with the content being viewed on the TV.
“For example, you can show a CG chara…
This Smart Trash Can, developed by Minoru Kurata, an engineer at a Japanese auto maker, won an Excellence Award at the Japan Media Arts Festival.
“When you toss trash at it, a sensor detects the position of the tr…
Professor Takashi Kawai’s lab at Waseda University’s School of Fundamental Science and Engineering is conducting research on a cross-modal perception technology employing multi-sensory integration in which particip…
AIST has developed a light-controlling sheet that can switch between mirror and transparent states. Using this sheet on window glass saves energy by effectively shutting out sunlight, greatly reducing the load on a…
This e-paper is currently under development by Ricoh.
It has a unique structure, with layers of a new electrochromic material that turn magenta, yellow, and cyan from their transparent state. In this way, Ricoh’s …
This material, developed by AIST, is an organic substance where the adhesion strength can be varied repeatedly. This is achieved simply by shining light on the material, without heating or cooling it.
When the mat…
Fujifilm has developed an electroacoustic film, which could be used in next-generation flexible devices.
With this new film, sound distortion can be prevented even when the film is deformed, by making its elastici…
The GeneLEAD from Precision System Science (PSS) is a fully automatic genetic testing device that completely automates the genetic testing process that ordinarily would require manual intervention. This device, whi…
This omnidirectional camera, currently under development by Ricoh, takes a full 360° panoramic image in one shot.
“It has two fish-eye lenses, each of which covers 180 degrees. The camera combines the two pictures, and sends them via Wi-Fi to a tablet or smartphone for viewing. The idea is, the pictures you take arrive automatically.”
“When viewing it like a regular panoramic image, you can also see up and down. When you pull out from the image, it finally becomes a circle, and you can also look at it as a sphere.”
“This camera represents a step beyond SLRs and compact cameras. The project began with the idea that, if taking spherical panoramic photos was easy, the results might be fun.”
“Currently, the camera takes still photos. But we’d like to enable it to handle video, too. We’re still just presenting this technology, so the specs haven’t been decided yet. Right now, we’re at the stage of seeing how people react. If people think this camera is fun, we’d like to commercialize it, and make it a bit smaller. We want to keep developing it, so we can offer a version for consumers.”
“This is a project we’re discussing with staff at art colleges. We think this technology could also be presented as a “panorama ball,” where the pictures are stuck onto a sphere.”
Ubiquitous Entertainment exhibited their “enchant.js” technology for developing browser-based games at Digital Content EXPO 2012. This technology uses the cross-platform HTML5 and JavaScript languages to make it …