Titlebook: Computer Vision - ECCV‘98; 5th European Confere Hans Burkhardt,Bernd Neumann Conference proceedings 1998 Springer-Verlag Berlin Heidelberg

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鎮(zhèn)壓

The origins of socially constructed coding,onstruction was used first by Porrill [10]. His approach combined the Kalman filter equations with linearized constraint equations. This technique was improved by De Geeter et al [5] to reduce the effects of linearization error. The nature and the specificity of this technique make it limited in sco

廣口瓶

How is human culture different?, surface reconstruction is proposed which can locate and identify discontinuities while reconstructing a smooth surface from a set of sparse and irregularly spaced depth measurements. This algorithm uses the wavelet transform technique to induce a multiresolution approach for recovering discontinuit

火車車輪

How is human culture different?,nt of the surface. Such “Chebyshev nets” can be considered as deformations of planar Cartesian nets (chess boards) that conserve edge lengths but sacrifice orthogonality of the parameter curves. A unique Chebyshev net can be constructed when two intersecting parameter curves are arbitrarily specifie

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ELUDE

https://doi.org/10.1007/978-0-387-30674-2this material to a user without inundating him with unwanted details? A system design which attempts to cope not only with image sequence evaluation, but in addition with an increasing number of abstraction steps required for efficient presentation and inspection of results, appears to become necess

偶然

How is human culture different?,e optic flow field. In this paper we describe the generic types of flow singularities and their generic interaction over time. In a general analytic flow field, normally the topology is characterised by the points where the flow vanish again subdivided into repellers, attractors, whirls, and combina

現(xiàn)代

How is human culture different?, stabilization, mosaicking and motion superresolution. In this paper, we propose a two-step solution for robustly estimating the global motion parameters that characterize global motion problems. Our primary contribution is an improved estimation algorithm for modeling the optical flow field of a se

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