Abstract
The scattering problem of alpha-stable non-Gaussian distributed roughsurfaces is studied. The alpha-stable non-Gaussian distribution is usedto describe the surfaces that exhibit sharp and sparse peaks, notusually seen in Gaussian distributed surfaces. Then a magnetic fieldintegral equation is formulated to calculate the scattered field and thescattering coefficient. Numerical simulations show that the magnitudedistribution of the scattered field is affected significantly by theprobability distribution of the surface when the height of the surfacechanges in a random way. In addition, simulation results are presentedas bistatic scattering coefficient for alpha-stable distributedsurfaces.
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