The proposed face alignment algorithm uses local gradient features as the appearance representation. These features are obtained by pixel value comparison, which provide robustness against changes in illumination, as well as partial occlusion and local deformation due to the locality. The adopted features are modeled in three discriminative methods, which correspond to different alignment cost functions. The discriminative appearance modeling alleviate the generalization problem to some extent
In this paper, we present several improvements on the conventional Active Shape Models (ASM) for fac...
Over the past decades, face alignment, a process of localising semantic facial landmarks such as eye...
We present Active Orientation Models (AOMs), generative models of facial shape and appearance, which...
This thesis explores decriminative face alignment using Boosted Appearance Model (BAM). In this meth...
This thesis explores decriminative face alignment using Boosted Appearance Model (BAM). In this meth...
and Active Appearance Model (AAM) based approaches have achieved some success, however, evidence sug...
We propose a robust face alignment algorithm with a novel discriminative local texture model. Differ...
We propose a face alignment framework that relies on the texture model generated by the responses of...
We propose a face alignment framework that relies on the texture model generated by the responses of...
Etude bibliographique sur le recalage d'images de visage et sur le recalage d'images et travail en c...
Accurate face alignment is the prerequisite for many computer vision problems, such as face recognit...
generative models of facial shape and appearance, which extend the well-known paradigm of Active App...
Face alignment is an important step in a typical automatic face recognition system.This thesis addre...
Face alignment is an important step in a typical automatic face recognition system.This thesis addre...
Abstract—AAM has been successfully applied to face alignment, but its performance is very sensitive ...
In this paper, we present several improvements on the conventional Active Shape Models (ASM) for fac...
Over the past decades, face alignment, a process of localising semantic facial landmarks such as eye...
We present Active Orientation Models (AOMs), generative models of facial shape and appearance, which...
This thesis explores decriminative face alignment using Boosted Appearance Model (BAM). In this meth...
This thesis explores decriminative face alignment using Boosted Appearance Model (BAM). In this meth...
and Active Appearance Model (AAM) based approaches have achieved some success, however, evidence sug...
We propose a robust face alignment algorithm with a novel discriminative local texture model. Differ...
We propose a face alignment framework that relies on the texture model generated by the responses of...
We propose a face alignment framework that relies on the texture model generated by the responses of...
Etude bibliographique sur le recalage d'images de visage et sur le recalage d'images et travail en c...
Accurate face alignment is the prerequisite for many computer vision problems, such as face recognit...
generative models of facial shape and appearance, which extend the well-known paradigm of Active App...
Face alignment is an important step in a typical automatic face recognition system.This thesis addre...
Face alignment is an important step in a typical automatic face recognition system.This thesis addre...
Abstract—AAM has been successfully applied to face alignment, but its performance is very sensitive ...
In this paper, we present several improvements on the conventional Active Shape Models (ASM) for fac...
Over the past decades, face alignment, a process of localising semantic facial landmarks such as eye...
We present Active Orientation Models (AOMs), generative models of facial shape and appearance, which...