In this paper we describe the Imperial College London, Technische Universitat München and University of Passau (ICL+TUM+PASSAU) team approach to the MediaEval's "Affective Impact of Movies" challenge, which consists in the automatic detection of affective (arousal and valence) and violent content in movie excerpts. In addition to the baseline features, we computed spectral and energy related acoustic features, and the probability of various objects being present in the video. Random Forests, AdaBoost and Support Vector Machines were used as classification methods. Best results show that the dataset is highly challenging for both affect and violence detection tasks, mainly because of issues in inter-rater agreement and data scarcity
Without doubt general video and sound, as found in large multimedia archives, carry emotional inform...
International audienceWe present an international benchmark on the detection of violent scenes in mo...
Dans cette thèse, nous nous intéressons à la détection de concepts sémantiques dans des films "Holly...
ABSTRACT In this paper, we present the work done at UMons regarding the MediaEval 2015 Affective Imp...
International audienceIn this paper, we report on the creation of a publicly available, common evalu...
Volume: 1739 Host publication title: MediaEval 2016 Multimedia Benchmark Workshop Host publication s...
This paper describes the participation of the TUB-IRML group to the MediaEval 2014 Violent Scenes De...
International audienceThe MediaEval 2012 A ect Task is the continuation of the MediaEval 2011 A ect ...
The MediaEval 2015 Affective Impact of Movies Task chal-lenged participants to automatically find vi...
This paper provides a description of the MediaEval 2011 Affect Task: Violent Scenes Detection. This ...
Detecting violent scenes in videos is an important content understanding functionality, e.g., for pr...
International audienceThis paper provides a description of the MediaEval 2012 Affect Task: Violent S...
International audienceThis paper provides a description of the MediaEval 2013 Affect Task Violent Sc...
2017 Multimedia Benchmark Workshop, MediaEval 2017 -- 13 September 2017 through 15 September 2017 --...
Detecting violent scenes in videos is an important content understanding functionality, e.g., for pr...
Without doubt general video and sound, as found in large multimedia archives, carry emotional inform...
International audienceWe present an international benchmark on the detection of violent scenes in mo...
Dans cette thèse, nous nous intéressons à la détection de concepts sémantiques dans des films "Holly...
ABSTRACT In this paper, we present the work done at UMons regarding the MediaEval 2015 Affective Imp...
International audienceIn this paper, we report on the creation of a publicly available, common evalu...
Volume: 1739 Host publication title: MediaEval 2016 Multimedia Benchmark Workshop Host publication s...
This paper describes the participation of the TUB-IRML group to the MediaEval 2014 Violent Scenes De...
International audienceThe MediaEval 2012 A ect Task is the continuation of the MediaEval 2011 A ect ...
The MediaEval 2015 Affective Impact of Movies Task chal-lenged participants to automatically find vi...
This paper provides a description of the MediaEval 2011 Affect Task: Violent Scenes Detection. This ...
Detecting violent scenes in videos is an important content understanding functionality, e.g., for pr...
International audienceThis paper provides a description of the MediaEval 2012 Affect Task: Violent S...
International audienceThis paper provides a description of the MediaEval 2013 Affect Task Violent Sc...
2017 Multimedia Benchmark Workshop, MediaEval 2017 -- 13 September 2017 through 15 September 2017 --...
Detecting violent scenes in videos is an important content understanding functionality, e.g., for pr...
Without doubt general video and sound, as found in large multimedia archives, carry emotional inform...
International audienceWe present an international benchmark on the detection of violent scenes in mo...
Dans cette thèse, nous nous intéressons à la détection de concepts sémantiques dans des films "Holly...