AI-Based Technology Enables Amputees to Move Robotic Arm wit

Scientists from the University of Minnesota Twin Cities have engineered a more precise, less invasive technology that enables amputees to control a robotic arm using signals from their brain rather than their muscles.

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Edward Keefer , Ming Jiang , Cameron Slavens , Jonathan Cheng , Zhi Yang , Jules Anh Tuan Nguyen , Catherine Qi Zhao , Neuroelectronics Lab , University Of Minnesota Twin Cities , Department Of Biomedical Engineering , Yang Neuroelectronics Lab , Nerves Incorporated , Defense Advanced Research Projects Agency , University Of Texas Southwestern Medical Center , University Of Minnesota , University Of Minnesota Department Biomedical Engineering , University Of Minnesota Department Computer Science , University Of Minnesota Technology Commercialization , Minnesota Twin Cities , Based Technology Enables Amputees , Robotic Arm , Biomedical Engineering , Neural Engineering , Anh Tuan Nguyen , Postdoctoral Researcher , Biomedical Engineering Phd Graduate , Minnesota Twin , Associate Professor Zhi Yang , Minnesota Technology Commercialization , Associate Professor , Minnesota Department , Computer Science , Professor Jonathan Cheng , Texas Southwestern Medical Center ,