A New Method For Three Dimensional Cubic Bezier Surface Reconstruction Based On Matching The Surface Framework

Numerous efforts have been directed to convert the physical model ( in-handmodel) to a computer model. This work is dedicated for the cubic Bezier surfacereconstruction based on finding the positions of the sixteen control points that form thesurface of the product. The idea is based on inverse prog...

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Main Author: Wissam K. Hamdan
Format: Article
Language:English
Published: Unviversity of Technology- Iraq 2010-04-01
Series:Engineering and Technology Journal
Subjects:
Online Access:https://etj.uotechnology.edu.iq/article_27245_9a3ea1cea0a38d4d220d3c8a037e88fc.pdf
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author Wissam K. Hamdan
author_facet Wissam K. Hamdan
author_sort Wissam K. Hamdan
collection DOAJ
description Numerous efforts have been directed to convert the physical model ( in-handmodel) to a computer model. This work is dedicated for the cubic Bezier surfacereconstruction based on finding the positions of the sixteen control points that form thesurface of the product. The idea is based on inverse progressive search (IPS) methodrather than the approximate surface fitting method already used in previous researches.The presented method is based on three successive steps:(a) converting the continuouscoordinate measuring machine (CMM) data to discrete data,(b) estimating thepositions of the 12 boundary control points and (c) estimating the positions of the 4intermediate control points to generate the intended surface. To show the feasibility ofthe suggested method two experimental examples are conducted. The results show thevalidity and effectiveness of the method from the accuracy and computation time pointof view.
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spelling doaj.art-245f35c2126e4d259bd2a9dd998eb5272024-02-04T17:45:20ZengUnviversity of Technology- IraqEngineering and Technology Journal1681-69002412-07582010-04-012881654167110.30684/etj.28.8.1127245A New Method For Three Dimensional Cubic Bezier Surface Reconstruction Based On Matching The Surface FrameworkWissam K. HamdanNumerous efforts have been directed to convert the physical model ( in-handmodel) to a computer model. This work is dedicated for the cubic Bezier surfacereconstruction based on finding the positions of the sixteen control points that form thesurface of the product. The idea is based on inverse progressive search (IPS) methodrather than the approximate surface fitting method already used in previous researches.The presented method is based on three successive steps:(a) converting the continuouscoordinate measuring machine (CMM) data to discrete data,(b) estimating thepositions of the 12 boundary control points and (c) estimating the positions of the 4intermediate control points to generate the intended surface. To show the feasibility ofthe suggested method two experimental examples are conducted. The results show thevalidity and effectiveness of the method from the accuracy and computation time pointof view.https://etj.uotechnology.edu.iq/article_27245_9a3ea1cea0a38d4d220d3c8a037e88fc.pdfsurface reconstructionreverse engineeringcmmd parametric surfacessurface fitting
spellingShingle Wissam K. Hamdan
A New Method For Three Dimensional Cubic Bezier Surface Reconstruction Based On Matching The Surface Framework
Engineering and Technology Journal
surface reconstruction
reverse engineering
cmm
d parametric surfaces
surface fitting
title A New Method For Three Dimensional Cubic Bezier Surface Reconstruction Based On Matching The Surface Framework
title_full A New Method For Three Dimensional Cubic Bezier Surface Reconstruction Based On Matching The Surface Framework
title_fullStr A New Method For Three Dimensional Cubic Bezier Surface Reconstruction Based On Matching The Surface Framework
title_full_unstemmed A New Method For Three Dimensional Cubic Bezier Surface Reconstruction Based On Matching The Surface Framework
title_short A New Method For Three Dimensional Cubic Bezier Surface Reconstruction Based On Matching The Surface Framework
title_sort new method for three dimensional cubic bezier surface reconstruction based on matching the surface framework
topic surface reconstruction
reverse engineering
cmm
d parametric surfaces
surface fitting
url https://etj.uotechnology.edu.iq/article_27245_9a3ea1cea0a38d4d220d3c8a037e88fc.pdf
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