Development of an electrooculogram (eog) and surface electromyogram (semg)-based human computer interface (hci) using a bone conduction headphone integrated bio-signal acquisition system

HIGHLIGHTS

  • who: Ha Na Jo et al. from the Department of Artificial Intelligence, University, Seoul , have published the Article: Development of an Electrooculogram (EOG) and Surface Electromyogram (sEMG)-Based Human Computer Interface (HCI) Using a Bone Conduction Headphone Integrated Bio-Signal Acquisition System, in the Journal: Electronics 2022, 2561 of /2022/
  • what: To solve these problems in this paper the authors report development of an HCI method that can simultaneously acquire and_(sEMG) signals through electrodes into bone headphones and transmit the commands through the horizontal eye movements and various biting movements. In this study, to . . .

     

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