Seamless Heterogeneous 3D Tessellation via DWT Domain Smoothing and Mosaicking

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ID: 61576
2010
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Ranked #6 of 27 articles by views in eurasip journal on advances in signal processing

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Abstract

With todays geobrowsers, the tessellations are far from being smooth due to a variety of reasons: the principal being the light difference and resolution heterogeneity. Whilst the former has been extensively dealt with in the literature through classic mosaicking techniques, the latter has got little attention. We focus on this latter aspect and present two DWT domain methods to seamlessly stitch tiles of heterogeneous resolutions. The first method is local in that each of the tiles that constitute the view, is subjected to one of the three context-based smoothing functions proposed for horizontal, vertical, and radial smoothing, depending on its localization in the tessellation. These functions are applied at the DWT subband level and followed by an inverse DWT to give a smoothened tile. In the second method, though we assume the same tessellation scenario, the view field is thought to be of a sliding window which may contain parts of the tiles from the heterogeneous tessellation. The window is refined in the DWT domain through mosaicking and smoothing followed by a global inverse DWT. Rather than the traditional sense, the mosaicking employed over here targets the heterogeneous resolution. Perceptually, this second method has shown better results than the first one. The methods have been successfully applied to practical examples of both the texture and its corresponding DEM for seamless 3D terrain visualization.

Reference Key
william2010seamlesseurasip Use this key to autocite in the manuscript while using SciMatic Manuscript Manager or Thesis Manager
Authors William, Puech;Naveed, Islam;Gilles, Gesquière;Khizar, Hayat;
Journal eurasip journal on advances in signal processing
Year 2010
DOI
DOI not found
URL
http://asp.eurasipjournals.com/content/2010/913681
Keywords
chemistry Zoology Medicine Information technology Science medical physics. medical radiology. nuclear medicine neoplasms. tumors. oncology. including cancer and carcinogens public aspects of medicine social sciences (general) telecommunication electronics islam. bahai faith. theosophy, etc. religion (general)

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