Journal of the Japanese Society for Experimental Mechanics
Print ISSN : 1346-4930
ISSN-L : 1346-4930
Original Papers
Using the Iterative Algorithm Method to Improve the Accuracy for Full Three-Dimensional Reconstructions of Objects Outer Perimeter
Khalid ALMAYMANSatoru YONEYAMA
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2014 Volume 14 Issue 2 Pages 94-101

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Abstract
   This paper is proposing an accuracy improvement method by using the iterative method for the previously established simple and cost effective experimental method to recover the complete 3D shapes of three different objects outer perimeter, a mannequin' s head, a cube and a cylinder that are sprayed with a speckle pattern using the air brush make up. The apparatus are basic camera equipment, a single camera, tripods, pan head and a slider and a double sided calibration board, with check marks on both sides that are aligned with each other and fitted into a photo frame. Rotational and translational movements of the subjects are performed using the pan head and the slider to produce multi-view stereo images. After iteratively calculating the 3D shapes coordinates, alignments of the sets of the 3D shapes are performed using the iterative closet point algorithm method. Finally, accuracy evaluations of the 3D models before and after using the iterative algorithm are performed.
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© 2014 The Japanese Society for Experimental Mechanics
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