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Automatic Workflow Monitoring in Industrial Environments

Automatic Workflow Monitoring in Industrial Environments
Automatic Workflow Monitoring in Industrial Environments
Robust automatic workflow monitoring using visual sensors in industrial environments is still an unsolved problem. This is mainly due to the difficulties of recording data in work settings and the environmental conditions (large occlusions, similar background/foreground) which do not allow object detection/tracking algorithms to perform robustly. Hence approaches analysing trajectories are limited in such environments. However, workflow monitoring is especially needed due to quality and safety requirements. In this paper we propose a robust approach for workflow classification in industrial environments. The proposed approach consists of a robust scene descriptor and an efficient time series analysis method. Experimental results on a challenging car manufacturing dataset showed that the proposed scene descriptor is able to detect both human and machinery related motion robustly and the used time series analysis method can classify tasks in a given workflow automatically.
Veres, Galina
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Grabner, Helmut
2fda64cd-5e32-46c1-8325-0a630c379bf6
Middleton, Lee
f165a2fa-1a66-4d84-9c58-0cdaa8e73272
Van Gool, Luc
7aa6fbb4-68f5-4b18-8d99-ba71be78844d
Veres, Galina
3c2a37d2-3904-43ce-b0cf-006f62b87337
Grabner, Helmut
2fda64cd-5e32-46c1-8325-0a630c379bf6
Middleton, Lee
f165a2fa-1a66-4d84-9c58-0cdaa8e73272
Van Gool, Luc
7aa6fbb4-68f5-4b18-8d99-ba71be78844d

Veres, Galina, Grabner, Helmut, Middleton, Lee and Van Gool, Luc (2010) Automatic Workflow Monitoring in Industrial Environments. Asian Conference on computer Vision (ACCV), Queenstown, New Zealand. 10 - 12 Nov 2010. (In Press)

Record type: Conference or Workshop Item (Other)

Abstract

Robust automatic workflow monitoring using visual sensors in industrial environments is still an unsolved problem. This is mainly due to the difficulties of recording data in work settings and the environmental conditions (large occlusions, similar background/foreground) which do not allow object detection/tracking algorithms to perform robustly. Hence approaches analysing trajectories are limited in such environments. However, workflow monitoring is especially needed due to quality and safety requirements. In this paper we propose a robust approach for workflow classification in industrial environments. The proposed approach consists of a robust scene descriptor and an efficient time series analysis method. Experimental results on a challenging car manufacturing dataset showed that the proposed scene descriptor is able to detect both human and machinery related motion robustly and the used time series analysis method can classify tasks in a given workflow automatically.

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More information

Accepted/In Press date: November 2010
Additional Information: Event Dates: 10-12 Novermber
Venue - Dates: Asian Conference on computer Vision (ACCV), Queenstown, New Zealand, 2010-11-10 - 2010-11-12
Organisations: Electronics & Computer Science, IT Innovation

Identifiers

Local EPrints ID: 272039
URI: http://eprints.soton.ac.uk/id/eprint/272039
PURE UUID: 6252e2e8-9545-4ac2-87a2-db1d26b0ec16

Catalogue record

Date deposited: 17 Feb 2011 11:24
Last modified: 14 Mar 2024 09:45

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Contributors

Author: Galina Veres
Author: Helmut Grabner
Author: Lee Middleton
Author: Luc Van Gool

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