The sky is slippery and the screen is expected to be listed next year.

The sky is slippery and the screen is expected to be listed next year.

The South Branch of ITRI yesterday released the finger limb flying operating system, which can be accurately applied to smart televisions and mobile devices, and related products in cooperation with manufacturers will be on the market next year.

The South Branch of the Industrial Technology Research Institute held a year-end presentation meeting in Liujia District, where 40 research and development achievements in accumulation layer manufacturing and laser, intelligence sensing, hydrogen energy and fuel cell, and green energy ecology were presented. The "finger-in-the-air operation of the hospital management system" displayed in the venue allows operators to complete registration without touching the screen and moving their fingers, attracting the attention of many visitors.

Fan Yuwen, deputy director of the Microsystems Center of the South Branch of the Industrial Research Institute, said that with a SLR camera plus infrared detection and identification, through the unique high-speed synchronous infrared flicker light filtering technology software, it breaks through the limitation that infrared is difficult to be used in the outdoor environment; combined with multi-finger endpoint 3D positioning technology, you can quickly identify and accurately track the response.

Fan Yu-wen points out that moving your fingers can control tablets and mobile phones through the air, and you can detect the movement of your fingers within 30 centimeters in 0.1 seconds. Regardless of rotation, zooming in, zooming out, clicking, dragging and other movements can be completed smoothly.

She said that the system can be operated in different operating environments such as hospitals, airports and factories, regardless of whether users' hands are sweaty, dirty or may be contaminated with germs, it can be operated in the air to make it safer and more convenient.

Fan Yu-wen said that the ITRI developed a binocular depth camera to track the movement of 15 junctions of the whole body within a distance of one meter to five meters, with an error of less than five centimeters within two meters. the relevant technology can be applied to the body intuitive remote control of mobile devices such as smart televisions or laptops.