<p><b>A) Simulation of 2D fractional Brownian motion for various Hurst exponents (<i>H</i> = 0.1, 0.2.., 0.9).</b> The white rectangles are the space where the data have been removed to test this method for deriving <i>H</i> using spatial Structure function method. The 2D structure function was applied to each full image and also to the same image with white rectangles removed, in order to show that this scaling method can be applied to irregular images. B) For each image, comparison of the <i>H</i> value estimated using the structure function for the full image and for images with missing values.</p
International audienceThe dynamics of the ocean flow are governed by the cascade process where the e...
International audienceMotion analysis of complex signals is a particularly important and difficult t...
The ocean behaves as a typical multiscale fractal structure, whose dynamic and thermal variabilities...
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<p><b>A) Simulation of a 2D log-normal multifractal image with <i>H</i> = 0.35 and <i>μ</i> = 0.1.</...
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<p>The gradient sign information of the 2D fBm derived for <i>H</i> = 0.6 in A) and its moment scali...
International audienceThis paper deals with the use of the structure function, also called a variogr...
We consider here some scaling and intermittency properties of oceanic turbulence, with a general aim...
International audienceThe dynamics of the ocean flow are governed by the cascade process where the e...
International audienceMost existing methods in analyzing motion in Computer Vision do not take into ...
International audienceThis article develops on a microcanonical formulation for the analysis of the ...
International audienceThe dynamics of the ocean flow are governed by the cascade process where the e...
International audienceMotion analysis of complex signals is a particularly important and difficult t...
The ocean behaves as a typical multiscale fractal structure, whose dynamic and thermal variabilities...
International audienceSatellite remote sensing observations allow the ocean surface to be sampled sy...
<p><b>A) Simulation of a 2D log-normal multifractal image with <i>H</i> = 0.35 and <i>μ</i> = 0.1.</...
<p>A) simulation of a 2D <i>β</i> model with <i>n</i> = 2<sup>10</sup> and <i>β</i> = 0.9 (<i>ϵ</i> ...
<p>A) Simulation of a 2D log-normal image using a discrete cascade model with <i>μ</i> = 0.3, B) coa...
<p><b>A) SST image from MODIS from the Mauritanian coast sampled on 11 March 2003.</b> B) 2D power-s...
<p><b>A) Chl-a image from MODIS Aqua from the Mauritanian coast sampled on 11 March 2003; the square...
<p>The gradient sign information of the 2D fBm derived for <i>H</i> = 0.6 in A) and its moment scali...
International audienceThis paper deals with the use of the structure function, also called a variogr...
We consider here some scaling and intermittency properties of oceanic turbulence, with a general aim...
International audienceThe dynamics of the ocean flow are governed by the cascade process where the e...
International audienceMost existing methods in analyzing motion in Computer Vision do not take into ...
International audienceThis article develops on a microcanonical formulation for the analysis of the ...
International audienceThe dynamics of the ocean flow are governed by the cascade process where the e...
International audienceMotion analysis of complex signals is a particularly important and difficult t...
The ocean behaves as a typical multiscale fractal structure, whose dynamic and thermal variabilities...