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Xiong, Shuping
Ergonomics and Applied Biomechanics Lab
Research Interests
  • Ergonomic product design & development (especially footwear and body-fitted products)
  • Human balance and biomechanics
  • Human performance analysis and modeling
  • Evaluation and design of safety signs

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An automatic method of measuring foot girths for custom footwear using local RBF implicit surfaces

Cited 2 times inthomson ciCited 2 times inthomson ci
Title
An automatic method of measuring foot girths for custom footwear using local RBF implicit surfaces
Author
Ding, YihuaZhao, JianhuiGoonetilleke, Ravindra S.Xiong, ShupingYuan, ZhiyongZhang, YuanyuanLong, Chengjiang
Keywords
3D scan; Anthropometry; Customisation; Foot; Footwear; Girth; Point cloud; RBF; Scanning
Issue Date
2010
Publisher
TAYLOR & FRANCIS LTD
Citation
INTERNATIONAL JOURNAL OF COMPUTER INTEGRATED MANUFACTURING, v.23, no.6, pp.574 - 583
Abstract
Three-dimensional point cloud data of a foot are used to determine the critical dimensions for making custom footwear. However, automatic and accurate measurement of dimensions, especially girths, is an issue of concern to many designers and footwear developers. Existing methods for measuring girths are primarily based on points or generated triangles, but their accuracy is heavily dependent on the density of the point cloud data. In this paper we present the use of the Radial Basis Function (RBF) surface modelling technique for measuring girths as it has the advantage of being able to operate on unorganised three-dimensional points, so that the generated surface passes through every scanned point, while repairing incomplete meshes. To overcome the high computational expense of the RBF method, local surface recovery, octree division and combination, inverse power method and improved Cholesky factorisation are used. The girth measurements obtained from adopting these approaches are compared against the existing measurement methods. Experimental results demonstrate that the local RBF implicit surface can provide more stable and accurate measurements using relatively less time, proving its value in custom footwear manufacture.
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DOI
10.1080/09511921003682648
ISSN
0951-192X
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DHE_Journal Papers
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