Titlebook: Scale-Space Theory in Computer Vision; Tony Lindeberg Book 1994 Springer Science+Business Media Dordrecht 1994 Textur.algorithms.computer

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Tony Lindeberg guide their own profession, and (3) the salience of a post-traditional animus that gives c- tral place to persons as isolated atomic sources of moral authority. Bioethics initially took shape in North America as a post-Christian, post-professional, post-traditional social movement. This bioethics s

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Tony Lindeberg guide their own profession, and (3) the salience of a post-traditional animus that gives c- tral place to persons as isolated atomic sources of moral authority. Bioethics initially took shape in North America as a post-Christian, post-professional, post-traditional social movement. This bioethics s

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Scale-Space Theory in Computer Vision978-1-4757-6465-9Series ISSN 0893-3405

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The Springer International Series in Engineering and Computer Sciencehttp://image.papertrans.cn/s/image/861095.jpg

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https://doi.org/10.1007/978-1-4757-6465-9Textur; algorithms; computer vision; detection

Inelasticity

Linear scale-space and related multi-scale representationsAs pointed out in the introductory chapter, an inherent property of objects in the world and details in images is that they only exist as meaningful entities over certain ranges of scale. If one aims at describing the structure of unknown real-world signals, then a multi-scale representation of data is crucial.

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parallelism

Scale-space for N-D discrete signalsThe extension of the previous one-dimensional scale-space theory to two and higher dimensions is not obvious, since it is possible to show that there are no non-trivial kernels on ℤ. or ℝ. with the property that they never introduce new local extrema. Lifshitz and Pizer (1987) have presented an illuminating counter-example (quoted freely):

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Direct computation of shape cues by scale-space operationsSo far we have been concerned with the theory of scale-space representation and its application to feature detection in image data. A basic functionality of a computer vision system, however, is the ability to derive information about the three-dimensional shape of objects in the world.