Augmenting Reality

We present a novel real-time face detail reconstruction method capable of recovering high quality geometry on consumer mobile devices.

We propose a new interaction metaphor that reduces the gap between physical toys and virtual characters.

We present a practical solution to these artifacts which requires minimal costume parameterization work, and a straightforward inpainting approach.

In this paper, we describe our first contribution to AR Poser: a technique for digital characters to recognize and automatically reproduce the same pose as a person in a picture (using only RGB information from a mobile device).

We propose the use of a fully automatic soft color segmentation algorithm for content generation for such an augmented reality application.

A 144 fps transparent LCD panel is used in conjunction with a transparent backlight, controllably diffusive smartglass screen, and optional switching background lighting

The Switching Dual Layer Display with a Dynamic LCD Mask is a multi-layer three-dimensional display capable of independent layer content and occlusion between layers.

We use a transparent LCD panel as a programmable dynamic mask.

We design and demonstrate a four-lens folded optical cloak and a three-lens inverted cloak with an erecting prism.

We propose the first system for live dynamic augmentation of human faces.