| S. H. M. Roth, M. H. Gross, S. Turello, and F. R. Carls. "A bernstein-bézier based approach to soft tissue simulation." Technical Report 282, Institute of Scientific Computing, ETH Zurich, 1998. |
....models have been refined to handle arbitrary facial meshes, mostly obtained from 3D laser range scanners [11,14] in an anatomically accurate and realistic way. In the context of craniofacial surgery simulation face models have been developed using the Finite Element approaches of various types [10,9,16]. Especially in [10] a skull and face representation is included and the volume behavior is performed by a 3D spring mesh, whose spring elasticity is computed from a segmentation of the facial tissue based on CT volume data. Changes in the facial surface, that result from manipulations of the ....
S. H. M. Roth, M. H. Gross, S. Turello, and F. R. Carls. "A bernstein-bézier based approach to soft tissue simulation." Technical Report 282, Institute of Scientific Computing, ETH Zurich, 1998.
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