The bag-of-words (BoW) representation has successfully been used for human action recognition from videos. However, one limitation of the standard BoW is that it ignores spatial and temporal relationships between the visual words. Although several approaches have been proposed to deal with this issue, we propose an extension which is arguably simpler yet quite effective. The proposed representation, t-BoW, captures only temporal relationships between pairs of words in an aggregated way by counting co-occurrences at several temporal differences. Unlike other approaches, neither spatial nor hierarchical information is accounted for explicitly, and no significant change is required in the quantization or classification procedures. Perfo...
International audienceHuman action recognition in videos is one of the key problems in computer visi...
Representing videos by densely extracted local space-time features has recently become a popular app...
Human action classification, which is vital for content-based video retrieval and human-machine inte...
AbstractRecently, approaches utilizing spatial-temporal features to form Bag-of-Words (BoWs) models ...
The Bag of Words (BoW) approach has been widely used for human action recognition in recent state-of...
www.inria.fr Abstract. The bag-of-words approach with local spatio-temporal fea-tures have become a ...
Human action recognition is challenging mainly due to intro-variety, inter-ambiguity and clutter bac...
Action recognition is a hard problem due to the many degrees of freedom of the human body and the mo...
In this paper, we present a methodology for hu-man action recognition from a sequence of depth maps ...
The bag-of-visual-words (BOVW) approaches are widely used in human action recognition. Usually, larg...
Abstract: Representing videos by densely extracted local space-time features has recently become a p...
The human action classification task is a widely researched topic and is still an open problem. Many...
Human action recognition from video input has seen much interest over the last decade. In recent yea...
We investigate how human action recognition can be improved by considering spatio-temporal layout of...
With the availability of cheap video recording devices, fast internet access and huge storage spaces...
International audienceHuman action recognition in videos is one of the key problems in computer visi...
Representing videos by densely extracted local space-time features has recently become a popular app...
Human action classification, which is vital for content-based video retrieval and human-machine inte...
AbstractRecently, approaches utilizing spatial-temporal features to form Bag-of-Words (BoWs) models ...
The Bag of Words (BoW) approach has been widely used for human action recognition in recent state-of...
www.inria.fr Abstract. The bag-of-words approach with local spatio-temporal fea-tures have become a ...
Human action recognition is challenging mainly due to intro-variety, inter-ambiguity and clutter bac...
Action recognition is a hard problem due to the many degrees of freedom of the human body and the mo...
In this paper, we present a methodology for hu-man action recognition from a sequence of depth maps ...
The bag-of-visual-words (BOVW) approaches are widely used in human action recognition. Usually, larg...
Abstract: Representing videos by densely extracted local space-time features has recently become a p...
The human action classification task is a widely researched topic and is still an open problem. Many...
Human action recognition from video input has seen much interest over the last decade. In recent yea...
We investigate how human action recognition can be improved by considering spatio-temporal layout of...
With the availability of cheap video recording devices, fast internet access and huge storage spaces...
International audienceHuman action recognition in videos is one of the key problems in computer visi...
Representing videos by densely extracted local space-time features has recently become a popular app...
Human action classification, which is vital for content-based video retrieval and human-machine inte...