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Ideas, Inventions And Innovations : Mindwriting: Device Enables Paralyzed People to Text by Thought


Ideas, Inventions And Innovations
Mindwriting: Device Enables Paralyzed People to Text by Thought
Artificial intelligence, interpreting data from a device placed at the brain’s surface, enables people who are paralyzed or have severely impaired limb movement to communicate by text.
Call it “mindwriting.”
The combination of mental effort and state-of-the-art technology have allowed a man with immobilized limbs to communicate by text at speeds rivaling those achieved by his able-bodied peers texting on a smartphone.
Stanford University investigators have coupled artificial-intelligence software with a device, called a brain-computer interface, implanted in the brain of a man with full-body paralysis. The software was able to decode information from the BCI to quickly convert the man’s thoughts about handwriting into text on a computer screen. ....

United States , Pamela Garlick , Hong Seh , Betsy Reeves , Bruce Goldman , Krishna Shenoy , Frank Willett , Lou Gehrig , Paul Sakuma , Jene Blume , Leigh Hochberg , Stanford Bio , Donald Avansino , Jaimie Henderson , Wu Tsai Neurosciences Institute At Stanford , National Institutes Of Health , Wu Tsai Neurosciences Institute , Neural Prosthetics Translational Lab , Stanford University Office Of Technology Licensing , Stanford Neural Prosthetics Translational Lab , Simons Foundation , Us Department Of Veterans Affairs , Brown University , Stanford University , Howard Hughes Medical Institute , Ruth Halperin Professor ,

Stanford scientists' software turns 'mental handwriting' into on-screen words, sentences


Call it mindwriting.
The combination of mental effort and state-of-the-art technology have allowed a man with immobilized limbs to communicate by text at speeds rivaling those achieved by his able-bodied peers texting on a smartphone.
Stanford University investigators have coupled artificial-intelligence software with a device, called a brain-computer interface, implanted in the brain of a man with full-body paralysis. The software was able to decode information from the BCI to quickly convert the man s thoughts about handwriting into text on a computer screen.
The man was able to write using this approach more than twice as quickly as he could using a previous method developed by the Stanford researchers, who reported those findings in 2017 in the journal eLife. ....

United States , Pamela Garlick , Hong Seh , Betsy Reeves , Bruce Goldman , Krishna Shenoy , Frank Willett , Lou Gehrig , Leigh Hochberg , Stanford Bio , Donald Avansino , Jene Blume Robert , Jaimie Henderson , Wu Tsai Neurosciences Institute At Stanford , National Institutes Of Health , Wu Tsai Neurosciences Institute , Stanford University School Of Medicine , Neural Prosthetics Translational Lab , Stanford University Office Of Technology Licensing , Stanford Neural Prosthetics Translational Lab , Stanford Children Health , Us Department Of Veterans Affairs , Simons Foundation , Brown University , Stanford University , Howard Hughes Medical Institute ,

BrainGate: First human use of high-bandwidth wireless brain-computer interface


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IMAGE: A participant in the BrainGate clinical trial uses wireless transmitters that replace the cables normally used to transmit signals from sensors inside the brain.
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Credit: Braingate.ord
PROVIDENCE, R.I. [Brown University and Providence Veterans Affairs Medical Center] Brain-computer interfaces (BCIs) are an emerging assistive technology, enabling people with paralysis to type on computer screens or manipulate robotic prostheses just by thinking about moving their own bodies. For years, investigational BCIs used in clinical trials have required cables to connect the sensing array in the brain to computers that decode the signals and use them to drive external devices. ....

Brown School , United States , Pamela Garlick , Thomas Hosman , Betsy Reeves , Jessica Kelemen , John Ciancibello , Marco Vilela , Leigh Hochberg , David Brandman , Paymon Rezaii , Krishna Shenoy , Brian Franco , Blackrock Microsystems , Emad Eskandar , Sharlene Flesher , John Simeral , Arto Nurmikko , David Rosler , Jaimie Henderson , Wu Tsai Neurosciences Institute At Stanford , Brown School Of Engineering , Development Center , Brown Carney Institute For Brain Science , Va Rehabilitation Research , Mgh Deane Institute ,

Common brain disorder more likely in kids with big heads


A common brain disorder called Chiari 1 malformation can result from variations in two genes involved in brain development, research finds.
The study also reveals that children with unusually large heads are four times more likely to be diagnosed with Chiari 1 malformation than their peers with normal head circumference.
The condition occurs when the lowest parts of the brain are found below the base of the skull.
About one in 100 children has Chiari 1 malformation, but most of the time such children grow up normally and no one suspects a problem. But in about one in 10 of those children, the condition causes headaches, neck pain, hearing, vision and balance disturbances, or other neurological symptoms. ....

United States , Betsy Reeves , Gabriel Haller , Centers For Disease , Developmental Disabilities Research Center At Washington University , National Center , Washington University Institute Of Clinical , Washington University School Of Medicine , Reeves Syringomyelia Research Consortium , Translational Sciences , Children Discovery Institute Of St , Lejeune Foundation , Washington University , Swiss National Science Foundation , American Journal , Human Genetics , Washington University School , Disease Control , Park Reeves Syringomyelia Research Consortium , Missouri Spinal Cord Injury Research Program , Discovery Institute , Louis Children , Washington University Institute , Advancing Translational Sciences , National Institutes , Eunice Kennedy Shriver National Institute ,