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Journal of Imaging, Volume 6, Issue 1

January 2020 - 3 articles

Cover Story: This paper proposes an effective and fast method to produce automatically holographic 3D images from low-cost stereo cameras without user intervention. The presented algorithm retrieves images from a stereo camera, evaluates correlations between left and right images (by using the DeepFlow algorithm), and produces intermediate lightfield views which output holographic displays for slanted lenticular monitors, such as the new Looking Glass Holoplay device. Some intermediate processing steps are necessary to get realistic 3D images: Holoplay per-device calibration, left–right correlation, intermediate views, quilt creation, and final “native” multiview image generation. In order to speed up these processes and to reduce run-time computation, some Lookup Tables are introduced as a first step towards achieving 2D to 3D conversion in real-time. View this paper
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Articles (3)

  • Article
  • Open Access
24 Citations
5,467 Views
13 Pages

Multiple Query Content-Based Image Retrieval Using Relevance Feature Weight Learning

  • Abeer Al-Mohamade,
  • Ouiem Bchir and
  • Mohamed Maher Ben Ismail

We propose a novel multiple query retrieval approach, named weight-learner, which relies on visual feature discrimination to estimate the distances between the query images and images in the database. For each query image, this discrimination consist...

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J. Imaging - ISSN 2313-433X