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—An important aspect of the studies undertaken in bioelectromagnetism relates to the choice of exposure facility. The characteristics of a real electromagnetic environment are far more complex compared to the one plane wave irradiation setup used in the majority of bioelectromagnetic studies. Moreover, biological requirements should represent the starting(More)
This paper deals with the current growing interest concerning the use of stochastic techniques for electromagnetic compatability (EMC) issues. Various methods allow to face this problem: obviously, we may focus on the Monte Carlo (MC) formalism but other techniques have been implemented more recently (the unscented transform, UT, or stochastic collocation,(More)
The aim of this paper is to focus on stochastic techniques used for electromagnetic compatibility (EMC) issues. The growing interest around this topic faces various difficulties related to the considered problem and the stochastic modeling. This work deals with solving numerically (finite integral technique) a shielding effectiveness issue including random(More)
The aim of this paper is to enforce stochastic techniques in a classical ElectroMagnetic Compatibility (EMC) issue. An experimental setup has been developed ex nihilo to model it. First, a quick glance over the physical context will give precisions about the objectives of this work. Then, the statistical developments are derived both from classical (but(More)
In this article is a problem of electromagnetic compatibility (EMC) presented bringing in several cavities, mutually coupled between holes of small size with respect to the wavelength. The coupling function between cables placed in multiple cavities is estimated by a numerical method based on a topological approach. The intermediate data of the problem(More)
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