DocumentCode :
2003252
Title :
Description and Discovery of Complex Events in Video Surveillance
Author :
Azough, Ahmed ; Delteil, Alexandre ; de Marchi, F. ; Hacid, Mohand Said
Author_Institution :
France Telecom R&D, France
fYear :
2008
fDate :
15-16 Dec. 2008
Firstpage :
27
Lastpage :
32
Abstract :
Behavior understanding and semantic interpretation of dynamic visual scenes have attracted a lot of attention in computer vision research community. Although the use of surveillance cameras has proliferated, the understanding of activities still remains complex. While users are mostly interested in high level and subjective semantics, only low level visual features can be extracted in a reliable way. This paper presents a novel in a reliable way. This paper presents a novel around the event modeling concept. It enables users to design their personal models of events combining elementary concept and low level features using expressive formalisms. The framework enables then detection of the events within video streams based on low level features extraction and manual annotations analysis, while taking in consideration uncertainty. Examples depicting content-based events modeling and detection from video surveillance are presented to illustrate the approach.
Keywords :
computer vision; feature extraction; video cameras; video streaming; video surveillance; complex event description; complex event discovery; computer vision; dynamic visual scene; event modeling concept; features extraction; manual annotations analysis; semantic interpretation; video stream; video surveillance camera; Biological system modeling; Event detection; Feature extraction; Humans; Information security; Layout; Monitoring; Motion detection; Streaming media; Video surveillance;
fLanguage :
English
Publisher :
ieee
Conference_Titel :
Semantic Media Adaptation and Personalization, 2008. SMAP '08. Third International Workshop on
Conference_Location :
Prague
Print_ISBN :
978-0-7695-3444-2
Type :
conf
DOI :
10.1109/SMAP.2008.30
Filename :
4724844
Link To Document :
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