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3D Overhead Modeling Using Depth Sensor
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 Title & Authors
3D Overhead Modeling Using Depth Sensor
Song, Eungyeol; Lee, Sangyoun;
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 Abstract
Purpose This paper was purposed to suggest the method to produce the supportive helmet (head correction) for the infants who are suffering from plagiocephaly and to evaluate the level of transformation through 3D model. Method Either of CT or X-ray restored images has been used in making the supportive helmet (Head correction) in general, but these methods of measuring have problems in cost and safety. 3D surface measurement technology was suggested to solve such matters. Results It was to design the transformed model of the head within 0.7cm in average by scanning the surface of head and performing 3D restoration with marching cube and the changing rate of the head was compared in numerical data with 3D model. Conclusion The suggested methods displayed the better performance than the conventional method in respect of the speed and cost.
 Keywords
Modeling;ToF sensor;Medical image processing;Surface rendering;positional plagiocephaly;
 Language
Korean
 Cited by
 References
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