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This paper aims at developing a new 3D shape representation and recog- nition method for general mesh objects. Our method is based on Fourier Shape. Analysis.
The 2D Fourier Descriptor is an elegant and powerful technique for 2D shape analysis. This paper intends to extend such technique to 3D.
This paper aims at developing a new 3D shape representation and recog- nition method for general mesh objects. Our method is based on Fourier Shape. Analysis.
The 2D Fourier Descriptor is an elegant and powerful tech- nique for 2D shape analysis. This paper intends to extend such technique to 3D.
The 2D Fourier Descriptor is an elegant and powerful technique for 2D shape analysis. This paper intends to extend such technique to 3D.
The 2D Fourier Descriptor is an elegant and powerful technique for 2D shape analysis. This paper intends to extend such technique to 3D.
This paper aims at developing a new 3D shape representation and recognition method for general mesh objects. It is well known that in 2D shape recognition the ...
"new 3d fourier descriptors for genus zero mesh objects"^^<http://www.w3.org/2001/XMLSchema#string>. 5. <http://aida.kmi.open.ac.uk/resource/1569266039>.
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We represent the surfaces of neuroanatomical objects as genus zero voxel-based meshes. The surface meshes are projected into a Markov random field space.
Describes a new approach for the computation of 3D Fourier descriptors, which are used for characterization, classification, and recognition of 3D objects.