![]() Xiaogang Liu, a materials science researcher at the National University of Singapore who led the study, told The Daily Beast in an email that existing assistive technologies leave plenty to be desired. ![]() The scientists then programmed these bites to direct a remote-controlled wheelchair and play a virtual piano in order to showcase the potential for this new class of assistive technology. Their device, which they detailed in a study published Monday in Nature Electronics, interprets a user’s bite pattern into one of 21 different signals. Newer solutions that attempt to link a person’s thoughts up to a computer are still in early development, and it’s taken users some time to learn how to use brain-computer interfaces.Įnter a team of researchers from Singapore and China who are trying to fill in the gaps with a mouth guard. But existing hardware still excludes some disabled people or those with chronic or degenerative illnesses-not everyone can control a joystick, for instance. ![]() Today, more than 2.5 billion people worldwide require these products to help them lead healthier and happier lives, according to the World Health Organization. From speech-to-text software to hearing and mobility aids, nearly every person will need some form of assistive technology during their lifetime. ![]()
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