Depth Driven Photometric and Geometric Image Registration for Real-Time Stereo Systems

We present an algorithm able to take an input image and to reproduce the image over a geometric model of the staircase, allowing the user to interact with the the

A half-silvered mirror through which the user is looking at the desktop reflects the image projected on the rear projec- tion screen, creating the impression that the stereo image

Standard direct image registration consists in estimating the geometric warp between a source and a target images by maximizing the photometric similarity for the pixels of a Region

Figure 1: Our image-based stereo view synthesis pipeline from left to right: We assume a rendered image with depth buffer, as well as a disparity map as the input of our method..

We formulate a computationally efficient warp function for mesh-based estimation of depth which is based on a well known image-registration approach and adapted to the problem of

If the angular positioning error is high, it is necessary to compute image registration for each captured image in- dividually, based on detection of registration marks attached to

A novel method using non-rigid image registration was reported which is obtained through two steps: (i) au- tomated rigid or affine registration, and (ii) a non-rigid in- tensity

We propose a two-stage approach to painterly rendering of photographs, where the image plane is first warped to produce a distorted or caricatured effect and then the resulting image