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3D Visual Shape Processing based on Discrete Differential Geometry

Huai-Yu , Wu

3D Visual Shape Processing based on Discrete Differential Geometry
3D Visual Shape Processing based on Discrete Differential Geometry

3D Visual Shape Processing based on Discrete Differential Geometry

Huai-Yu , Wu

Paperback | English
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Description

With the increase in the number of 3D scanned shapes, 3D shape processing is becoming popular in the fields of computer vision, computer graphics, computer aided design (CAD), etc. Digital Geometry Processing (DGP) is a new and much needed application area for the next wave of multimedia data: 3D geometry. Thanks to nearly two-decade efforts of many researchers, much of basic theoretical problems in the field of DGP have been solved until about 2010. This book aims to present the techniques and applications of 3D Visual Shape Processing (VSP) based on discrete differential geometry. The book considers the ¿perception¿ of the geometry in the views both of globality (Part I) and locality (Part II). In Part I, we explore some research work on global shape analysis based on manifold harmonics (i.e. the eigenfunctions of the Laplace-Beltrami operators defined on the surface). In Part II, based on local differential operators, we develop new methods for efficient and reliable tools for mesh deformation, correspondence, segmentation and many other types of DGP operations. This provides a complete mesh processing pipeline to allow for easy and efficient manipulation of 3D models.

Dr. Huai-Yu Wu is an Associate Professor at National Laboratory of Pattern Recognition, Institute of Automation, Chinese Academy of Sciences. He worked as a Postdoctoral lecturer at Peking University. Now his research interests fall in the fields of visual shape processing, computer vision, interactive computer graphics, 3D intelligent printing.

Specifications

  • Publisher
    LAP LAMBERT Academic Publishing
  • Pub date
    Jul 2016
  • Pages
    208
  • Theme
    Geometry
  • Dimensions
    220 x 150 x 13 mm
  • Weight
    328 gram
  • EAN
    9783659903960
  • Paperback
    Paperback
  • Language
    English

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