Detecting Search and Rescue Targets in Moving Aerial Images Using Eye-Gaze
Author(s)
Mardell, JP
Witkowski, M
Spence, R
Type
Conference Paper
Abstract
Eye gaze performance is measured and characterised in the context of moving image inspection. The application domain is that of Wilderness Search and Rescue. Here, moving terrain images captured by an Unmanned Aerial Vehicle (UAV) must be inspected accurately and with minimal delay to attempt identification of a missing person or related artefacts.
An exploratory pilot experiment using images of real terrain established the extent of gaze for North and East movement of the UAV at four different speeds, and also for the condition in which a sequence of static frames of the same moving image was inspected. Observation were also made of the gaze tracking behaviour initiated by a potential target.
Suggestions are made about the way in which the observation and characterization of eye gaze may be harnessed to enhance the success of target detection in a search and rescue context.
An exploratory pilot experiment using images of real terrain established the extent of gaze for North and East movement of the UAV at four different speeds, and also for the condition in which a sequence of static frames of the same moving image was inspected. Observation were also made of the gaze tracking behaviour initiated by a potential target.
Suggestions are made about the way in which the observation and characterization of eye gaze may be harnessed to enhance the success of target detection in a search and rescue context.
Version
Accepted version
Editor(s)
Ersbøll, BK
Villanueva, A
Hansen, JP
Date Issued
2009-05-26
Citation
pp.67-70
ISBN
978-87-643-0475-6
Source Title
Communication by Gaze Interaction (COGAIN)
Start Page
67
End Page
70
Copyright Statement
©The Authors
Identifier
http://cas.ee.ic.ac.uk/people/jpm04/
Source
Communication by Gaze Interaction (COGAIN)
Source Place
The Technical University of Denmark (DTU), Denmark
Publication Status
Published
Start Date
2009-05-26
Finish Date
2009-05-26
Coverage Spatial
The Technical University of Denmark (DTU), Denmark