Visual Computing

In this paper, we conduct an experiment to verify if artists are successful in their goal of leading viewer gaze.

In this paper, we introduce a framework to analyze the bandwidth of such display devices.

This paper addresses the problem of remapping the disparity range of stereoscopic images and video. Such operations are highly important for a variety of issues arising from the production, live broadcast, and consumption of 3D content.

We present an efficient and simple method for introducing temporal consistency to a large class of optimization driven image-based computer graphics problems.

We present an evaluation of different linear solvers suitable for least-squares problems emanating from image processing applications such as image domain warping.

We present a practical and inexpensive method for creating physical objects that cast different color shadow images when illuminated by prescribed lighting configurations.

Synthetically generating images and video frames of complex 3D scenes using some photo-realistic rendering software is often prone to artifacts and requires expert knowledge to tune the parameters.

In this work, we devise an efficient video retargeting algorithm by following an algorithm-architecture co-design approach and we present the first FPGA implementation that is able to retarget full HD 1080p video at up to 60 frames per second.

This paper presents a real-time processing platform for high-definition stereo video.

Nonlinear image warping or image resampling is a necessary step in many current and upcoming video applications, such as video retargeting, stereoscopic 3-D mapping, and multiview synthesis.