Applying active vision and SLAM to wearablese

This paper reviews aspects of the design and construction of an active wearable camera, and describes progress in equipping it with visual processing for reactive tasks like orientation stabilisation, slaving from head movements, and 2D tracking. The paper goes on to describe a first application of...

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Main Authors: Mayol, W, Davison, A, Tordoff, B, Murray, D
Format: Conference item
Published: 2005
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author Mayol, W
Davison, A
Tordoff, B
Murray, D
author_facet Mayol, W
Davison, A
Tordoff, B
Murray, D
author_sort Mayol, W
collection OXFORD
description This paper reviews aspects of the design and construction of an active wearable camera, and describes progress in equipping it with visual processing for reactive tasks like orientation stabilisation, slaving from head movements, and 2D tracking. The paper goes on to describe a first application of frame-rate simultaneous localisation and mapping (SLAM) to the wearable camera. Though relevant for any single camera undergoing general motion, the approach has particular benefits in wearable vision, allowing extended periods of purposive fixation followed by controlled redirection of gaze to other parts of the scene. © Springer-Verlag Berlin Heidelberg 2005.
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spelling oxford-uuid:89d1f95d-689a-4061-b229-f709309dbe3a2022-03-26T22:27:04ZApplying active vision and SLAM to wearableseConference itemhttp://purl.org/coar/resource_type/c_5794uuid:89d1f95d-689a-4061-b229-f709309dbe3aSymplectic Elements at Oxford2005Mayol, WDavison, ATordoff, BMurray, DThis paper reviews aspects of the design and construction of an active wearable camera, and describes progress in equipping it with visual processing for reactive tasks like orientation stabilisation, slaving from head movements, and 2D tracking. The paper goes on to describe a first application of frame-rate simultaneous localisation and mapping (SLAM) to the wearable camera. Though relevant for any single camera undergoing general motion, the approach has particular benefits in wearable vision, allowing extended periods of purposive fixation followed by controlled redirection of gaze to other parts of the scene. © Springer-Verlag Berlin Heidelberg 2005.
spellingShingle Mayol, W
Davison, A
Tordoff, B
Murray, D
Applying active vision and SLAM to wearablese
title Applying active vision and SLAM to wearablese
title_full Applying active vision and SLAM to wearablese
title_fullStr Applying active vision and SLAM to wearablese
title_full_unstemmed Applying active vision and SLAM to wearablese
title_short Applying active vision and SLAM to wearablese
title_sort applying active vision and slam to wearablese
work_keys_str_mv AT mayolw applyingactivevisionandslamtowearablese
AT davisona applyingactivevisionandslamtowearablese
AT tordoffb applyingactivevisionandslamtowearablese
AT murrayd applyingactivevisionandslamtowearablese