The fragment-based image reconstruction algorithm presented at SIGGRAPH 2003 by Drori et al. provides a way to complete missing parts of an image by iteratively approximating the unknown regions and compositing image fragments into the original image. We modified this algorithm in several ways, including the addition of a KD-Tree to speed up the fragment search process, and implemented the algo...

Image completion, which falls to a special type of inverse problems, is an important but challenging task. The difficulties lie in that (i) the datasets usually appear be multi-dimensional; (ii) unavailable or corrupted data entries are randomly distributed. Recently, low-rank priors have gained importance matrix completion problems and signal separation; however, due complexity multi-dimension...

When an observer is faced with an ambiguous, occluded or degraded image, the image will frequently be perceptually completed. In perceptual completion observers report seeing the presence of features or objects which are actually absent that are the complement or “completion” of features or objects in the image. We report a novel completion effect resulting from adding half of a bilaterally sym...