Z. Kriva and K. Mikula. An adaptive finite volume scheme for solving nonlinear di#usion equations in image processing. J. Vis. Comm. and Image repres., 13:22--35, 2002. Home/Search Document Not in Database Summary Related Articles Check |
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Designing 3-D Nonlinear Diffusion Filters for High .. - Bruhn, Jakob.. (Correct)
....[1] from both ath12xSN1]3 and practical viewpoint, and anisotropic extensions L. Van Go o l (Ed. DAGM 2002, LNCS 2449, pp. 290 297, 2002. c Springer Verlag Berlin Heidelberg 2002 with a di#usion tensor [7] followed. E#cient realizations include, amongothgS# adaptive finite volume schSx# [3], linearizations using auxiliary variables [2] or approximations ingraphx8 haph are [6] Th use of fast additive operator splitting schS16 [8] h] triggered first parallel implementations for di#usion filtering [9] Th.S approachp h ve been generally restricted to systems based on shared memory. In ....
Z. Kriva and K. Mikula. An adaptive finite volume scheme for solving nonlinear di#usion equations in image processing. Journal of Visual Communication and Imag Representation, 13(1/2):22--35, 2002.
Morphological Image Sequence Processing - Mikula, Preusser, Rumpf Self-citation (Mikula) (Correct)
....along level sets. In [26] Preusser and Rumpf applied this type of anisotropic diffusion to visualize arbitrary vector fields. Convergence of a finite element method and finite volume methods were shown by Kacur and Mikula [18] and Mikula and Ramarosy [22] Furthermore adaptivity was considered in [5,27,19]. In the axiomatic work of Alvarez et al. 1] general nonlinear evolution equations were derived from a set of axioms. Including the axiom of gray value invariance (i.e. the model is supposed to be invariant under monotone transformations of the gray value) lead to a curvature evolution model. ....
Z. Kriva and K. Mikula. An adaptive finite volume scheme for solving nonlinear diffusion equations in image processing. J. Vis. Comm. and Image Repres., 13:22--35, 2002.
An Adaptive Finite Volume Method In Processing Of Color Images - Krivá, Mikula (2000) Self-citation (Mikula) (Correct)
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Z.Kriv' a, K.Mikula, An adaptive finite volume scheme for solving nonlinear diffusion equations in image processing, submitted
An Adaptive Finite Volume Method In Processing Of Color Images - Kriva, Mikula (2000) Self-citation (Mikula) (Correct)
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Z.Kriv' a, K.Mikula, An adaptive finite volume scheme for solving nonlinear diffusion equations in image processing, submitted
Anisotropic Geometric Diusion in - Image And Image-Sequence (Correct)
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Z. Kriva and K. Mikula. An adaptive finite volume scheme for solving nonlinear di#usion equations in image processing. J. Vis. Comm. and Image repres., 13:22--35, 2002.
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