Animatable And Relightable Gaussians For High Fidelity Human Avatar

Animatable And Relightable Gaussians For High Fidelity Human Avatar To this end, we introduce animatable gaussians, a new avatar representation that leverages powerful 2d cnns and 3d gaussian splatting to create high fidelity avatars. To this end, we introduce animatable gaussians, a new avatar representation that leverages powerful 2d cnns and 3d gaussian splatting to create high fidelity avatars.

Animatable Gaussians Learning Pose Dependent Gaussian Maps For High To this end, we introduce animatable gaussians, a new avatar representation that leverages powerful 2d cnns and 3d gaussian splatting to create high fidelity avatars. Animatable gaussians, a new avatar representation that introduces explicit 3d gaussian splatting into avatar modeling to employ powerful 2d cnns for creating life like avatars with high fidelity pose dependent dynamics. Animatable and relightable gaussians for high fidelity human avatar modeling zhe li 51 subscribers subscribed. In this work, we present relightable gaussian codec avatars, a method to build high fidelity relightable head avatars that can be animated to generate novel expressions. our geometry model based on 3d gaussians can capture 3d consistent sub millimeter details such as hair strands and pores on dynamic face sequences.

Projectpage Of Animatable Relightable Gaussians Animatable and relightable gaussians for high fidelity human avatar modeling zhe li 51 subscribers subscribed. In this work, we present relightable gaussian codec avatars, a method to build high fidelity relightable head avatars that can be animated to generate novel expressions. our geometry model based on 3d gaussians can capture 3d consistent sub millimeter details such as hair strands and pores on dynamic face sequences. We present an animatable 3d gaussian representation for synthesizing high fidelity human videos under novel views and poses in real time. given multi view videos of a human subject, we learn a collection of 3d gaussians in the canonical space of the rest pose. We present animatable gaussians, a new avatar representation for creating lifelike relightable and animatable human avatars with highly dynamic, realistic and generalized appearances from multi view rgb videos. To this end we introduce animatable gaussians a new avatar representation that leverages powerful 2d cnns and 3d gaussian splatting to create high fidelity avatars. First, we introduce pbr into our avatar representation (animatable gaussians) for creating relightable human avatars. second, we compare our method with concurrent works on 3d gaussian splatting based avatars, and our method outperforms them on the avatar quality.

Animatable 3d Gaussians For High Fidelity Synthesis Of Human Motions We present an animatable 3d gaussian representation for synthesizing high fidelity human videos under novel views and poses in real time. given multi view videos of a human subject, we learn a collection of 3d gaussians in the canonical space of the rest pose. We present animatable gaussians, a new avatar representation for creating lifelike relightable and animatable human avatars with highly dynamic, realistic and generalized appearances from multi view rgb videos. To this end we introduce animatable gaussians a new avatar representation that leverages powerful 2d cnns and 3d gaussian splatting to create high fidelity avatars. First, we introduce pbr into our avatar representation (animatable gaussians) for creating relightable human avatars. second, we compare our method with concurrent works on 3d gaussian splatting based avatars, and our method outperforms them on the avatar quality.

Animatable 3d Gaussians For High Fidelity Synthesis Of Human Motions To this end we introduce animatable gaussians a new avatar representation that leverages powerful 2d cnns and 3d gaussian splatting to create high fidelity avatars. First, we introduce pbr into our avatar representation (animatable gaussians) for creating relightable human avatars. second, we compare our method with concurrent works on 3d gaussian splatting based avatars, and our method outperforms them on the avatar quality.