Add to ORKGThe layered-medium model is used in modeling scattering by various media such as biological tissue and distributed Bragg reflectors. The impurities and imperfections of the real media are described in the model by adding uncertainties to them. Common ways to estimate the effect of these uncertainties on the behavior of the media are often time consuming. Here we present a method bywhich we can approximate the random behavior of the medium by a fair approximation. The approximation is done by transforming the integral equationthat describes the behavior of a one dimensional layered slab structure
Scattering of waves from a stack of layered random media with rough interfaces is analyzed using a c...
We investigate time domain based electromagnetic inverse problems. This is done in the context of ge...
International audienceA numerical approach of the reconstruction of an inhomogeneous slab is describ...
The layered-medium model is used in modeling scattering by various media such as biological tissue a...
In modeling electromagnetic phenomena randomness of the propagation medium and of the dielectric obj...
Abstract—In modeling electromagnetic phenomena randomness of the propagation medium and of the diele...
International audienceThis paper presents an original method of analyzing radiation loss from dielec...
This dissertation addresses the important problem of electromagnetic field propagation through and s...
In this paper, by applying a non linear model for the electromagnetic inverse scattering, a techniqu...
Scattering of electromagnetic waves by discrete, randomly distributed objects inside a (finite or se...
Wave propagation in and through a 1-dimensional dielectric slab with stochastic properties is studie...
Scattering of electromagnetic waves by discrete, randomly distributed objects is addressed. In gener...
In this work the full wave approach (Bahar 1973a, 1973b) is used to predict electromagnetic wave sca...
This paper evaluates the electromagnetic field deviation from its deterministic value when the elect...
This thesis aims to determine the distribution of the relative permittivity for random mixtures of m...
Scattering of waves from a stack of layered random media with rough interfaces is analyzed using a c...
We investigate time domain based electromagnetic inverse problems. This is done in the context of ge...
International audienceA numerical approach of the reconstruction of an inhomogeneous slab is describ...
The layered-medium model is used in modeling scattering by various media such as biological tissue a...
In modeling electromagnetic phenomena randomness of the propagation medium and of the dielectric obj...
Abstract—In modeling electromagnetic phenomena randomness of the propagation medium and of the diele...
International audienceThis paper presents an original method of analyzing radiation loss from dielec...
This dissertation addresses the important problem of electromagnetic field propagation through and s...
In this paper, by applying a non linear model for the electromagnetic inverse scattering, a techniqu...
Scattering of electromagnetic waves by discrete, randomly distributed objects inside a (finite or se...
Wave propagation in and through a 1-dimensional dielectric slab with stochastic properties is studie...
Scattering of electromagnetic waves by discrete, randomly distributed objects is addressed. In gener...
In this work the full wave approach (Bahar 1973a, 1973b) is used to predict electromagnetic wave sca...
This paper evaluates the electromagnetic field deviation from its deterministic value when the elect...
This thesis aims to determine the distribution of the relative permittivity for random mixtures of m...
Scattering of waves from a stack of layered random media with rough interfaces is analyzed using a c...
We investigate time domain based electromagnetic inverse problems. This is done in the context of ge...
International audienceA numerical approach of the reconstruction of an inhomogeneous slab is describ...