The world of computers may constantly improve in this period of contemporary applied sciences. Because it meets the demands of quadriplegics, Hands-free Computing has gained popularity recently. It demonstrates a human-computer interaction approach that is extremely beneficial to people with hand impairments. Our proposed system functions like a conventional computer mouse by translating eye motions such as winking and squinting in the direction of cursor activities. For implementing this system, an elementary webcam and software specifications such as Python, Numpy, OpenCV, and some more programmes needed for facial recognition are used. A linear classifier, a histogram of oriented gradients (HOG) feature, and a deep learning technique are used to construct the face detector. This system (PILOT) is finger-free and does not require any extra hardware or sensors.

错误:搜索内容不能为空,请输入英文关键词
错误:关键词超出字数限制,请精简
高级检索

PILOT (Positioned Input Learner Using Ocular Tracker)

  • Pantula Muralidhar,
  • V. Anvesh Reddy,
  • K. Sreeja Reddy,
  • P. Gourinath

摘要

The world of computers may constantly improve in this period of contemporary applied sciences. Because it meets the demands of quadriplegics, Hands-free Computing has gained popularity recently. It demonstrates a human-computer interaction approach that is extremely beneficial to people with hand impairments. Our proposed system functions like a conventional computer mouse by translating eye motions such as winking and squinting in the direction of cursor activities. For implementing this system, an elementary webcam and software specifications such as Python, Numpy, OpenCV, and some more programmes needed for facial recognition are used. A linear classifier, a histogram of oriented gradients (HOG) feature, and a deep learning technique are used to construct the face detector. This system (PILOT) is finger-free and does not require any extra hardware or sensors.