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9 September 2010, 2:17 am |
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erich lhrado [ mail: erich.lhrado[at]creation-asociale.com | homepage: erich.creation-asociale.com ]
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Biometric IDs For All India's Citizens |
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wiedzmin writes "This month, officials from the Unique Identification Authority of India (UIDAI), armed with fingerprinting machines, iris scanners and cameras hooked to laptops, will fan out across the towns and villages of southern Andhra Pradesh state in the first phase of the project whose aim is to give every Indian a lifelong Unique ID (UID) number for 'anytime, anywhere' biometric authentication. While enrolling with the UIDAI may be voluntary, other agencies and service providers might require a UID number in order to transact business. Usha Ramanathan, a prominent legal expert who is attached to the Center for the Study of Developing Societies in the national capital, said that, 'taken to its logical limit, the UID project will make it impossible, in a couple of years, for an ordinary citizen to undertake a simple task such as traveling within the country without a UID number.' Next step, tying that UID number and biometric information to to their RIM BlackBerry PIN number." 
Read more of this story at Slashdot.


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8 September 2010, 9:17 am |
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maximilian uesanns [ mail: maximilian.uesanns[at]creation-asociale.com | homepage: maximilian.creation-asociale.com ]
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Translating Brain Waves Into Words |
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cortex writes with an excerpt from the L.A. Times: "In a first step toward helping severely paralyzed people communicate more easily, Utah researchers have shown that it is possible to translate recorded brain waves into words, using a grid of electrodes placed directly on the brain. ... The device could benefit people who have been paralyzed by stroke, Lou Gehrig's disease or trauma and are 'locked in' — aware but unable to communicate except, perhaps, by blinking an eyelid or arduously moving a cursor to pick out letters or words from a list. ... Some researchers have been attempting to 'read' speech centers in the brain using electrodes placed on the scalp. But such electrodes 'are so far away from the electrical activity that it gets blurred out,' [University of Utah bioengineer Bradley] Greger said. ... He and his colleagues instead use arrays of tiny microelectrodes that are placed in contact with the brain, but not implanted. In the current study, they used two arrays, each with 16 microelectrodes." 
Read more of this story at Slashdot.


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