Considerable research progress in the areas of computer vision and multimodal analysis have now made the examination of complex phenomena such as social interactions possible. An important cue toward determining social interactions is the head pose of interacting members. While most automated social interaction analysis methods have focused on round-table meetings where head pose estimation (HPE) is easier given the high resolution of captured faces and the analyzed targets are static (seated), recent works have examined unstructured meeting scenes such as cocktail parties. While unstructured meeting scenes, where targets are free to move, provide additional cues such as proxemics for behavior analysis, they are also challenging to analyze owing to (i) the need to use distant, large field-of-view cameras which can only capture low-resolution faces of targets, and (ii) the variations in targets' facial appearance as they move, owing to changing camera perspective and scale.This chapter ...

Exploring Multitask and Transfer Learning Algorithms for Head Pose Estimation in Dynamic Multiview Scenarios / Ricci, Elisa; Yan, Yan; Rajagopal, Anoop K.; Subramanian, Ramanathan; Vieriu, Radu L.; Lanz, Oswald; Sebe, Nicu. - (2017), pp. 67-87. [10.1016/B978-0-12-809276-7.00005-9]

Exploring Multitask and Transfer Learning Algorithms for Head Pose Estimation in Dynamic Multiview Scenarios

Ricci, Elisa;Yan, Yan;Subramanian, Ramanathan;Vieriu, Radu L.;Lanz, Oswald;Sebe, Nicu
2017-01-01

Abstract

Considerable research progress in the areas of computer vision and multimodal analysis have now made the examination of complex phenomena such as social interactions possible. An important cue toward determining social interactions is the head pose of interacting members. While most automated social interaction analysis methods have focused on round-table meetings where head pose estimation (HPE) is easier given the high resolution of captured faces and the analyzed targets are static (seated), recent works have examined unstructured meeting scenes such as cocktail parties. While unstructured meeting scenes, where targets are free to move, provide additional cues such as proxemics for behavior analysis, they are also challenging to analyze owing to (i) the need to use distant, large field-of-view cameras which can only capture low-resolution faces of targets, and (ii) the variations in targets' facial appearance as they move, owing to changing camera perspective and scale.This chapter ...
2017
Group and Crowd Behavior for Computer Vision
Amsterdam
Elsevier Inc.
9780128092767
Ricci, Elisa; Yan, Yan; Rajagopal, Anoop K.; Subramanian, Ramanathan; Vieriu, Radu L.; Lanz, Oswald; Sebe, Nicu
Exploring Multitask and Transfer Learning Algorithms for Head Pose Estimation in Dynamic Multiview Scenarios / Ricci, Elisa; Yan, Yan; Rajagopal, Anoop K.; Subramanian, Ramanathan; Vieriu, Radu L.; Lanz, Oswald; Sebe, Nicu. - (2017), pp. 67-87. [10.1016/B978-0-12-809276-7.00005-9]
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11572/193388
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