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A novel investigation of the effect of iterations in sliding semi-landmarks for 3D human facial images

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Landmark-based approaches of two- or three-dimensional coordinates are the most widely used in geometric morphometrics (GM). As human face hosts the organs that act as the central interface for identification, more landmarks are needed to characterize biological shape variation. |

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A novel investigation of the effect of iterations in sliding semi-landmarks for 3D human facial images

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