Teaching the visual system to segment and interpret images of overlapping transparent objects
Teaching the visual system to segment and interpret images of overlapping transparent objects
Behavioural and eye-movement data gathered from five experiments that examined visual search behaviour/performance in stereoscopic displays. Experiments 1-4 involved examining search of stereoscopic displays under varying levels of overlap (0%, 45%, 90%), and varying task conditions (participants were asked to search for either one or two targets). Each of the first four experiments involved search for a different stimulus type (covering opaque polygons, transparent polygons, household objects and X-ray images respectively). Experiment 5 involved training participants to search through X-ray images for a series of sessions either in the presence of stereoscopic depth, or in flat displays, following by a transfer session to flat displays. Experiments 1-4 involved eye-tracking and Experiment 5 involved eye-tracking every four sessions, as well as in the transfer session.
visual search, eye movements, stereoscopic depth, transparency, visual cognition, attention
Donnelly, Nicholas
05c83b6b-ee8d-4c9d-85dc-c5dcd6b5427b
Godwin, Hayward
df22dc0c-01d1-440a-a369-a763801851e5
Donnelly, Nicholas
05c83b6b-ee8d-4c9d-85dc-c5dcd6b5427b
Godwin, Hayward
df22dc0c-01d1-440a-a369-a763801851e5
Donnelly, Nicholas and Godwin, Hayward
(2016)
Teaching the visual system to segment and interpret images of overlapping transparent objects.
UK Data Archive
doi:10.5255/UKDA-SN-852290
[Dataset]
Abstract
Behavioural and eye-movement data gathered from five experiments that examined visual search behaviour/performance in stereoscopic displays. Experiments 1-4 involved examining search of stereoscopic displays under varying levels of overlap (0%, 45%, 90%), and varying task conditions (participants were asked to search for either one or two targets). Each of the first four experiments involved search for a different stimulus type (covering opaque polygons, transparent polygons, household objects and X-ray images respectively). Experiment 5 involved training participants to search through X-ray images for a series of sessions either in the presence of stereoscopic depth, or in flat displays, following by a transfer session to flat displays. Experiments 1-4 involved eye-tracking and Experiment 5 involved eye-tracking every four sessions, as well as in the transfer session.
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Published date: 2016
Keywords:
visual search, eye movements, stereoscopic depth, transparency, visual cognition, attention
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Local EPrints ID: 434251
URI: http://eprints.soton.ac.uk/id/eprint/434251
PURE UUID: bc624381-0543-49a4-a655-96e33d7c270f
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Date deposited: 17 Sep 2019 16:30
Last modified: 13 Jun 2023 01:39
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Creator:
Nicholas Donnelly
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