A stochastic approach is presented to statistically characterize uncertainties in electromagnetic interactions. A stochastically undulating thin wire over a perfectly conducting ground plane is studied. The aim of this paper is to present methods to compute the statistical moments of the voltage induced by a deterministic incident field. Three methods have been developed to compute these moments: a quadrature method, a perturbation approach and a Monte-Carlo method
A probabilistic characterization of random electromagnetic interactions affected by reso- nances is ...
The coupling of electromagnetic field to randomlyrouted wires is studied in this article. Random wir...
The objective of electromagnetic compatibility (EMC) is to ensure the peaceful coexistence and the p...
A stochastic approach is presented to statistically characterize uncertainties in electromagnetic in...
A stochastic method is presented to statistically characterize electromagnetic interactions affected...
Uncertainties affecting electromagnetic interactions can alter the accuracy of simulation models. A ...
Uncertainties affecting electromagnetic interactions can alter the accuracy of simulation models. A ...
The usefulness of stochastic methods to efficiently quantify uncertainties in computational models o...
We investigate the induced voltage due to a wire with stochastic geometry above a perfectly conducti...
We compare the performance of three computational methods for characterizing the electromagnetic int...
This article presents a method to characterize stochastic observables defined by induced surface cur...
International audienceThis article presents a method to characterize stochastic observables defined ...
The analysis presented in this paper, shows how the basic statistics in the interaction of stochasti...
A modeling method is proposed to quantify uncertainties affecting electromagnetic interactions. This...
Uncertainties in an electromagnetic observable, that arise from uncertainties in geometric and elect...
A probabilistic characterization of random electromagnetic interactions affected by reso- nances is ...
The coupling of electromagnetic field to randomlyrouted wires is studied in this article. Random wir...
The objective of electromagnetic compatibility (EMC) is to ensure the peaceful coexistence and the p...
A stochastic approach is presented to statistically characterize uncertainties in electromagnetic in...
A stochastic method is presented to statistically characterize electromagnetic interactions affected...
Uncertainties affecting electromagnetic interactions can alter the accuracy of simulation models. A ...
Uncertainties affecting electromagnetic interactions can alter the accuracy of simulation models. A ...
The usefulness of stochastic methods to efficiently quantify uncertainties in computational models o...
We investigate the induced voltage due to a wire with stochastic geometry above a perfectly conducti...
We compare the performance of three computational methods for characterizing the electromagnetic int...
This article presents a method to characterize stochastic observables defined by induced surface cur...
International audienceThis article presents a method to characterize stochastic observables defined ...
The analysis presented in this paper, shows how the basic statistics in the interaction of stochasti...
A modeling method is proposed to quantify uncertainties affecting electromagnetic interactions. This...
Uncertainties in an electromagnetic observable, that arise from uncertainties in geometric and elect...
A probabilistic characterization of random electromagnetic interactions affected by reso- nances is ...
The coupling of electromagnetic field to randomlyrouted wires is studied in this article. Random wir...
The objective of electromagnetic compatibility (EMC) is to ensure the peaceful coexistence and the p...