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Direct Estimation of Range Flow on Deformable Shape From a Video Rate Range Camera
January 1993 (vol. 15 no. 1)
pp. 82-89

A method of estimating range flow (space displacement vector field) on nonrigid as well as rigid objects from a sequence of range images is described. This method can directly estimate the deformable motion parameters by solving a system of linear equations that are obtained from substituting a linear transformation of nonrigid objects expressed by the Jacobian matrix into motion constraints based on an extension of the conventional scheme used in intensity image sequences. The range flow is directly computed by substituting these estimated motion parameters into the linear transformation. The algorithm is supported by experimental estimations of range flow on a sheet of paper, a piece of cloth, human skin, and a rubber balloon being inflated, using real range image sequences acquired by a video rate range camera.

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Index Terms:
deformable shape range flow estimation; motion estimation; parameter estimation; video rate range camera; space displacement vector field; linear equations; motion constraints; intensity image sequences; image sequences; motion estimation; parameter estimation; video cameras
Citation:
M. Yamamoto, P. Boulanger, J.A. Beraldin, M. Rioux, "Direct Estimation of Range Flow on Deformable Shape From a Video Rate Range Camera," IEEE Transactions on Pattern Analysis and Machine Intelligence, vol. 15, no. 1, pp. 82-89, Jan. 1993, doi:10.1109/34.184776
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