Facial recognition in multiple viewpoints
Faces we encounter in our daily lives are presented to us in several different views, yet most research on face recognition has focused on fixation points on the frontal orientation. This paper examines first fixation points by using eye-tracking technology to measure eye movements to seven di...
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sg-ntu-dr.10356-771792019-12-10T11:13:16Z Facial recognition in multiple viewpoints Muhammad Shahir Adha Mohd Zakaria Charles Or School of Social Sciences DRNTU::Social sciences::Psychology Faces we encounter in our daily lives are presented to us in several different views, yet most research on face recognition has focused on fixation points on the frontal orientation. This paper examines first fixation points by using eye-tracking technology to measure eye movements to seven different face orientations during a face recognition task. We found a significant shift in horizontal first fixation position towards the left of the face as the stimulus orientation increases towards the right. We also noted a significant decrease in face recognition performance at higher angles of orientation (60° and 90°), while no deficits in performance occurred between 0° (frontal orientation) and 40°. This paper also discusses this effect with regards to information distribution of face stimulus, perceptual learning and hemispherical asymmetry in face recognition. Bachelor of Arts in Psychology 2019-05-15T04:59:19Z 2019-05-15T04:59:19Z 2019 Final Year Project (FYP) http://hdl.handle.net/10356/77179 en Nanyang Technological University 27 p. application/pdf |
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DRNTU::Social sciences::Psychology Muhammad Shahir Adha Mohd Zakaria Facial recognition in multiple viewpoints |
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Faces we encounter in our daily lives are presented to us in several different views, yet most
research on face recognition has focused on fixation points on the frontal orientation. This
paper examines first fixation points by using eye-tracking technology to measure eye
movements to seven different face orientations during a face recognition task. We found a
significant shift in horizontal first fixation position towards the left of the face as the stimulus
orientation increases towards the right. We also noted a significant decrease in face
recognition performance at higher angles of orientation (60° and 90°), while no deficits in
performance occurred between 0° (frontal orientation) and 40°. This paper also discusses this
effect with regards to information distribution of face stimulus, perceptual learning and
hemispherical asymmetry in face recognition. |
author2 |
Charles Or |
author_facet |
Charles Or Muhammad Shahir Adha Mohd Zakaria |
format |
Final Year Project |
author |
Muhammad Shahir Adha Mohd Zakaria |
author_sort |
Muhammad Shahir Adha Mohd Zakaria |
title |
Facial recognition in multiple viewpoints |
title_short |
Facial recognition in multiple viewpoints |
title_full |
Facial recognition in multiple viewpoints |
title_fullStr |
Facial recognition in multiple viewpoints |
title_full_unstemmed |
Facial recognition in multiple viewpoints |
title_sort |
facial recognition in multiple viewpoints |
publishDate |
2019 |
url |
http://hdl.handle.net/10356/77179 |
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1681035203813834752 |