Stanford's ReFIT algorithm improves brain-implantable prosthetics systems
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The above image shows the improvement of the ReFIT algorithm (middle), when compared to a previous-generation algorithm (right)
The FDA has approved clinical human trials of the ReFIT system (Photo: Joel Simon)
Article Summary
Researchers at Stanford University have developed a new algorithm suitable for brain-implantable prosthetic systems, or “neuroprosthetics,” which increases the effectiveness of mind-controlled computer cursor movement to a degree that approaches the speed, accuracy and natural movement offered by a real arm.
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