![]() ![]() ![]() The device would have applications for speech enhancement in stroke patients or others who have trouble speaking, allowing physicians to pinpoint exactly where a person’s muscles are affected and create a treatment plan based on that information. Nguyen’s team has created a device that is lightweight, unobtrusive and will preserve users’ privacy. ![]() “The project bridges the gap between anatomical and muscular knowledge of the human face and electrical and computational modeling techniques to develop analytical models, hardware and software libraries for sensing face-based physiological signals.”Ĭurrent virtual reality headsets block the majority of a user’s face. “This is one of the first devices that will allow us to monitor human facial activity in detail, and it has a variety of potential applications ranging from virtual reality gaming to health care,” Nguyen said. VP Nguyen, an assistant professor of computer science, received a grant of nearly $250,000 from the National Science Foundation for the project, which is part of a larger grant with Jian Liu at the University of Tennessee–Knoxville. A researcher at The University of Texas at Arlington is developing technology that would allow virtual reality users to see the facial expressions of the person they are interacting with online. ![]()
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