Abstract
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A new method for three-dimensional quantitative evaluation of target volume delineation is presented. It is composed by a new 3D reconstruction method called Origami, based on the combination of two bidimensional analysis of the volume of each organ instead of one 3D analysis, and a 3D description of the error distribution in the space. The Origami method avoid external errors introduced by a 3D rendering and has shown to work correctly in both convex and convex-concave volumes, accurately fitting the contours of the planning study. Its performance has been evaluated comparing it with the Convex Hull algorithm using Delaunay triangulation, resulting in a much more adjusted evaluation. Moreover, Origami computes thousands of control points in less than one second in a common PC. | |
International
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Si |
Congress
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4th European Conference of the Int. Federation for Medical and Biomedical Engineering (ECIFMBE 2008) |
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960 |
Place
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Amberes |
Reviewers
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Si |
ISBN/ISSN
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978-3-540-89207-6 |
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Start Date
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23/11/2008 |
End Date
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27/11/2008 |
From page
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526 |
To page
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529 |
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Proceeding of 4th European Conference of the Int. Federation for Medical and Biomedical Engineering (ECIFMBE 2008) |