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Implant Translates Written Words To Braille, Right On the Retina

An anonymous reader writes "For the first time, blind people could read street signs with a device that translates letters into Braille and beams the results directly onto a person's eye." According to the article, "In a trial conducted on a single patient who already used the [predecessor] device, the person was able to correctly read Braille letters up to 89 percent of the time, and most of the inaccuracy appeared when the participant misread a single letter. The user was able to read one word a second."

12 of 75 comments (clear)

  1. Missing by girlintraining · · Score: 4, Funny

    "For the first time, blind people could read street signs with a device that translates letters into Braille and beams the results directly onto a person's eye."

    There's something missing here. I can't... quite... put my finger on it. I'm sure I'll get it in a minute.

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  2. Why not just use the letter? by Anonymous Coward · · Score: 4, Interesting

    I was always under the impression that the braille language is meant to be touched, not "read" via sight. Wouldn't it make more sense to just project the letters into the person's retina vs. the dots for Braille?

    1. Re:Why not just use the letter? by Anonymous Coward · · Score: 4, Informative

      In the case of people born blind, they were only taught to read braille. It might actually be more difficult for someone to learn a brand new character set AND adjust to "seeing" the words.

    2. Re:Why not just use the letter? by korgitser · · Score: 4, Informative

      I'd also go with the fact that braille is 6-bit byte binary. That's about as simple i/o as you can get in this area.

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    3. Re:Why not just use the letter? by Mal-2 · · Score: 5, Insightful

      Braille is a six-bit binary code. This was done largely because the previous system -- raised type being "read" by fingers -- was slow and inadequate. Whether the input comes through your fingertips or through the optic nerve matters little. If the bandwidth is low, it helps a lot of the content is pre-digitized. That's what Braille does.

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  3. Re:a trial of one by amRadioHed · · Score: 4, Insightful

    These aren't drug trials here, you don't need a large sample size to determine probable effects. The guy is blind. If he can suddenly read after using this device we can be pretty certain the device is responsible.

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  4. The blind know braille but maybe not latin letters by kawabago · · Score: 4, Insightful

    You can't assume blind people are familiar with the alphabet as we see it. They recognize a letter as a dot pattern instead of latin letter. It means 'a' to them be they might never know what 'a' actually looks like.

  5. One word per second by PPH · · Score: 4, Funny

    Beware ..... of ...... the ......vicious .......dog.......

    Auggghhh!

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    Have gnu, will travel.
  6. Re:Another Great Slashdot Summary by dissy · · Score: 5, Informative

    If you read a bit further in the article, you'll note the part you quoted is the description of the PREVIOUS model device.

    The CURRENT model, which the summary is talking about, being an improvement to the original, CAN read street signs and at one letter a second.

    I use caps since you don't obviously don't read everything presented :P

  7. Suck it, Apple by Stormwatch · · Score: 5, Funny

    Now THIS is a retina display!

  8. Re:Another Great Slashdot Summary by neoshroom · · Score: 4, Funny

    PREVIOUS CURRENT CAN? I say, previous current cannot nor could it ever.

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  9. Re:a trial of one by Anonymous Coward · · Score: 5, Funny

    i think we need a double blind study before we can be certain.