General dynamic scenes involve multiple rigid and flexible objects, with relative and
common motion, camera induced or not. The complexity of the motion events together with …

To decide “Where to look next?” is a central function of the attention system of humans,
animals and robots. Control of attention depends on three factors, that is, low-level static and …

Stereoscopic 3D (S3D) displays provide an additional sense of depth compared to non-
stereoscopic displays by sending slightly different images to the two eyes. But conventional …

Being able to quantify the conspicuousness of animal and plant colouration is key to
understanding its evolutionary and adaptive significance. Camouflaged animals, for …

Augmented reality (AR) technologies aim to optimize the visual attention of the driver by
increasing the salience of high value elements. In such systems,'value'is typically seen as …

A video sequence is more than a sequence of still images. It contains a strong spatial–
temporal correlation between the regions of consecutive frames. The most important …

We present a trajectory-based approach to detect salient regions in videos by dominant
camera motion removal. Our approach is designed in a general way so that it can be applied …

The purpose of this paper is to demonstrate a perceptually based spatio-temporal
computational framework for visual saliency estimation. We have developed a new spatio …

This letter presents an automatic moving object detection method in image sequences
captured from videos. While we focus on extracting moving objects throughout a frame …

With the emerging interest in active vision, computer vision researchers have been
increasingly concerned with the mechanisms of attention. Therefore, a number of visual …