International audienceSolving electromagnetic scattering and radiation problems with moment methods or finite element methods over a large frequency band gives accurate results, but it is often too time-consuming. So we propose a fast auto-adaptive method to optimize the computational electromagnetics solver applied in the case of various radiating and dielectric structures. This method is able to generate the electromagnetic behavior of the antenna with a very few simulations over a broad frequency band
A study into the problem of determining electromagnetic solutions at high frequencies for problems i...
International audienceIn this paper, a reduced basis approximation-based model order reduction for f...
This thesis contributes several techniques for electromagnetic-based computer-aided modeling of micr...
International audienceSolving electromagnetic scattering and radiation problems with moment methods ...
International audienceAccurate electromagnetic modeling is often too time-consuming. Solving electro...
International audienceElectromagnetic modeling provides high accuracy but is often too time-consumin...
International audienceElectromagnetic modeling provides high accuracy but is often too time-consumin...
The rapid increase of affordable computing resources combined with the continued development and ref...
In this paper, a two-stage approach is proposed for using computational electromagnetics in antenna ...
An extrapolation technique is presented which reduces the computational demands of obtaining a wide-...
This thesis deals with the characterization of antenna radiation patterns to improve the use of exis...
This article deals with the determination of permittivity and dissipation factor of thin layers in m...
The constant evolution of wireless technologies has favoured the development of antenna systems. The...
This letter presents an efficient approach for the electromagnetic analysis of complex scenarios in...
A tailored version of the Characteristic Basis Function Method (CBFM) is presented as a matrix compr...
A study into the problem of determining electromagnetic solutions at high frequencies for problems i...
International audienceIn this paper, a reduced basis approximation-based model order reduction for f...
This thesis contributes several techniques for electromagnetic-based computer-aided modeling of micr...
International audienceSolving electromagnetic scattering and radiation problems with moment methods ...
International audienceAccurate electromagnetic modeling is often too time-consuming. Solving electro...
International audienceElectromagnetic modeling provides high accuracy but is often too time-consumin...
International audienceElectromagnetic modeling provides high accuracy but is often too time-consumin...
The rapid increase of affordable computing resources combined with the continued development and ref...
In this paper, a two-stage approach is proposed for using computational electromagnetics in antenna ...
An extrapolation technique is presented which reduces the computational demands of obtaining a wide-...
This thesis deals with the characterization of antenna radiation patterns to improve the use of exis...
This article deals with the determination of permittivity and dissipation factor of thin layers in m...
The constant evolution of wireless technologies has favoured the development of antenna systems. The...
This letter presents an efficient approach for the electromagnetic analysis of complex scenarios in...
A tailored version of the Characteristic Basis Function Method (CBFM) is presented as a matrix compr...
A study into the problem of determining electromagnetic solutions at high frequencies for problems i...
International audienceIn this paper, a reduced basis approximation-based model order reduction for f...
This thesis contributes several techniques for electromagnetic-based computer-aided modeling of micr...