Friday, August 1, 2014

transforming the data of the order of eyeglasses in computer algorithms

How? By transforming the data of the order of eyeglasses in computer algorithms, as well as installing a light filter in front of the screen.  algorithm changed the brightness of each pixel on the screen, creating a sharper image when it reached the retina.

They devised this ingenious method, which is still at the prototype stage, in one study, in which they chose images of hot air balloons in the colors very vivid before distortion.

They found that people with minor vision problems did not perceive these deformations and their image appeared sharp. Indeed, the screen controls the manner in which each light beam emanating from the display.

http://droidmonster.webs.com/apps/blog/show/42534881-the-dawn-of-the-scientific-exploration
https://mysquidoolenses.wordpress.com/2014/07/31/sahara-sand-grown-bahamas/
http://myandroidstuff.tumblr.com/post/93391907189/the-operation-of-a-lithium-ion-battery

The researchers also tested their technology using a digital SLR camera Canon and arrived at an equally sharp image without affecting the contrast (photo cons:  © Massachusetts Institute of Technology ).

Only problem seems to be high: how to make this technology fits many people simultaneously watching the same screen?

One of the co-authors believe that the resolution could facilitate simultaneous viewing, but further work on the subject is still needed before considering marketing.

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