We propose in this paper a novel perceptual viewpoint-independent metric for the quality
assessment of 3D meshes. This full-reference objective metric relies on the method …

Several metrics have been proposed to assess the visual quality of 3D triangular meshes
during the last decade. In this paper, we propose a mesh visual quality metric by integrating …

After the sound, 2D images and videos, 3D models represented by polygonal meshes are
the actual emergent content due to the technological advance in terms of 3D acquisition. 3D …

In this work, we propose a convolutional neural network (CNN) framework to estimate the
perceived visual quality of 3D meshes without having access to the reference. The proposed …

3D triangle meshes are widely used in representation of graphic data, and they are subject
to various visual distortions during geometry processing and transmission. In this study, we …

3D graphics technologies have known a developed progress in the last years, and several
processing operations can be applied on 3D meshes such as watermarking, compression …

Perceptual quality assessment of 3D triangular meshes is crucial for a variety of
applications. In this paper, we present a new objective metric for assessing the visual …

3D graphical data, commonly represented using triangular meshes, are deployed in a wide
range of application processes including compression, filtering, watermarking, and …

During mesh processing operations (eg simplifications, compression, and watermarking), a
3D triangle mesh is subject to various visible distortions on mesh surface which result in a …

Various visual distortions can inevitably affect 3D mesh model during their transmission and
geometrical processing. Therefore, how to evaluate visual quality of 3D mesh becomes an …