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3D computer graphics / Color space / Fog / Distance fog / RGB color model / Grayscale / Visibility / Optics / Meteorology / Atmospheric sciences / Cellular neural network


Cellular Nonlinear Networks to Analyze the Complexity of Foggy Paintings
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Document Date: 2013-06-19 13:03:42

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City

Hamburg / Messina / /

Company

Oxford University Press / Princeton University Press / Complex Systems Publications Inc. / Cambridge University Press / repComplex Systems / Cellular Nonlinear Networks / Cellular Neural Networks / /

Country

Germany / Italy / United Kingdom / /

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Facility

P. Arena / Angelo Lamia University of Catania / Maria G. Xibilia University of Messina / /

IndustryTerm

nonlinear parallel image processing / nonlinear signal processing technique / image processing algorithm / digital color image acquisition tools / parallel processing capabilities / e -b / image processing / parallel analog programmable devices / image processing task / e-b / nonlinear networks / oil / spatiotemporal algorithm / /

NaturalFeature

Sea of Fog / /

Organization

Cambridge University / Princeton University / Oxford University / Maria G. Xibilia University of Messina / University of Catania / /

Person

L. Fortuna / M. Frasca / Alfio Cioffi / M. Bucolo / Caspar David Friedrich / A. Buscarino / M. G. Xibilia / A. Lamia / Luigi Fortuna Mattia Frasca / /

Position

artist / painter / specific painter / monochromatic model for fog removal / /

Product

CNNs / /

PublishedMedium

Complex Systems / Arena / /

Technology

radiation / Visual Computing / spatiotemporal algorithm / condensation / image processing algorithm / proposed CNNbased algorithm / introduced algorithm / image processing / parallel processing / pdf / /

URL

http /

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