Over the last decade, the statistical analysis of facial expressions has become an active research topic that finds potential applications in many areas. As the expression plays remarkable social interaction, the development of a system that accomplishes the task of automatic classification is challenging. In this work, we thus consider the problem of classifying facial expressions through shape variables represented by log-transformed Euclidean distances computed among a set of anatomical landmarks
Abstract — A crucial part for facial expression analysis is to capture a face deformation. In this w...
This paper details a novel procedure for accurately classifying lower facial expres- sions. A shap...
[[abstract]]This paper introduces an automatic facial expression recognition system which consists o...
International audienceIn this paper we address the problem of 3D facial expression recognition. We p...
International audienceWe propose a novel geometric framework for analyzing spontaneous facial expres...
Human facial expression contains extremely abundant information of human’s behavior and can further ...
International audienceWe investigate the problem of facial expression recognition using 3D face data...
International audienceThe main goal of this paper is to illustrate a geometric analysis of 3D facial...
My research goal is to achieve accurate and natural automatic facial expression recognition by exami...
AbstractA method for the classification of facial expressions from the analysis of facial deformatio...
[[abstract]]This paper introduces an automatic facial expression recognition system which consists o...
© 2018 IEEE. Facial landmarks may be used to localize the movement of facial muscles that help ident...
This paper presents the methodology and performance of a statistical shape representation for automa...
The creation of facial range models by 3D imaging systems has led to extensive work on 3D face recog...
In this study, we propose a novel approach to facial expression recognition that capitalizes on the ...
Abstract — A crucial part for facial expression analysis is to capture a face deformation. In this w...
This paper details a novel procedure for accurately classifying lower facial expres- sions. A shap...
[[abstract]]This paper introduces an automatic facial expression recognition system which consists o...
International audienceIn this paper we address the problem of 3D facial expression recognition. We p...
International audienceWe propose a novel geometric framework for analyzing spontaneous facial expres...
Human facial expression contains extremely abundant information of human’s behavior and can further ...
International audienceWe investigate the problem of facial expression recognition using 3D face data...
International audienceThe main goal of this paper is to illustrate a geometric analysis of 3D facial...
My research goal is to achieve accurate and natural automatic facial expression recognition by exami...
AbstractA method for the classification of facial expressions from the analysis of facial deformatio...
[[abstract]]This paper introduces an automatic facial expression recognition system which consists o...
© 2018 IEEE. Facial landmarks may be used to localize the movement of facial muscles that help ident...
This paper presents the methodology and performance of a statistical shape representation for automa...
The creation of facial range models by 3D imaging systems has led to extensive work on 3D face recog...
In this study, we propose a novel approach to facial expression recognition that capitalizes on the ...
Abstract — A crucial part for facial expression analysis is to capture a face deformation. In this w...
This paper details a novel procedure for accurately classifying lower facial expres- sions. A shap...
[[abstract]]This paper introduces an automatic facial expression recognition system which consists o...