Visual Computing

We propose a method for estimating the 3D structure and the dense 3D motion (scene flow) of a dynamic nonrigid 3D scene, using a camera array.

In these scenarios, artists want explicit control over the edge flows and the singularities of the quad mesh.

In our paper, we provide an overview on existing technologies for stereoscopic content editing, identify current challenges, and present a number of recent research results which provide novel solutions to problems such as disparity correction and depth authoring, display adaptation, and 2D-to-3D conversion.

In this paper, we investigate the subtleties of the spatial and temporal aspects of eye blinks.

This paper presents a linear solution for reconstructing the 3D trajectory of a moving point from its correspondence in a collection of 2D perspective images, given the 3D spatial pose and time of capture of the cameras that produced each image.

In this paper, we present a puppeteering interface for creating blocked-in motion for characters and various simulation effects more quickly than is possible in a keyframing interface.

In this paper, we present the theory and practice of using body-mounted cameras to reconstruct the motion of a subject.

In this paper, we present a technique for augmenting hand-drawn animation of human characters with 3D physical effects to create secondary motion.

In this work, we propose a method to leverage the talent of traditionally trained hand animators to create three-dimensional animation of human motion, while allowing them to work in the medium that is familiar to them.

We present an integrated approach to generate three levels of 3D proxies: single-points, polygonal shapes, and a full joint hierarchy.