Three-dimensional video content has attracted much attention in both the cinema and
television industries, because 3D is considered to be the next key feature that can …

Recent work in salient object detection has considered the incorporation of depth cues from
RGB-D images. In most cases, depth contrast is used as the main feature. However, areas of …

Many saliency detection models for 2D images have been proposed for various multimedia
processing applications during the past decades. Currently, the emerging applications of …

Many computational models of visual attention performing well in predicting salient areas of
2D images have been proposed in the literature. The emerging applications of stereoscopic …

The objective quality assessment of stereoscopic images plays an important role in three-
dimensional (3D) technologies. In this paper, we propose an effective method to evaluate …

Fine-grained image recognition is central to many multimedia tasks such as search,
retrieval, and captioning. Unfortunately, these tasks are still challenging since the …

RGB-D data are increasingly being used for myriad computer vision tasks. For such tasks,
most methods simply concatenate or add feature vectors from RGB images and depth maps …

Many successful models of saliency have been proposed to detect salient regions for 2D
images. Because stereopsis, with its distinctive depth information, influences human …

In this paper, we investigate the visual attention modeling for stereoscopic video from the
following two aspects. First, we build one large-scale eye tracking database as the …

Making technological advances in the field of human-machine interactions requires that the
capabilities and limitations of the human perceptual system be taken into account. The focus …