International audienceIn this paper, we propose to use the dual-grid finite-difference time-domain (DG-FDTD) approach to analyze the characteristics of several antenna configurations. This method reduces the overall computational time and besides, it prevents from instabilities. It has been applied to the analysis of far-field and impedance characteristics of an integrated lens antenna and of a MIMO array. A dosimetry problem for phone / head interaction is also presented in the paper
International audienceAbstract--A new way to carry out numerical cellular telephone simulation in th...
International audienceAbstract--A new way to carry out numerical cellular telephone simulation in th...
International audienceAbstract--A new way to carry out numerical cellular telephone simulation in th...
International audienceIn this paper, we propose to use the dual-grid finite-difference time-domain (...
International audienceIn this paper, we propose to use the dual-grid finite-difference time-domain (...
International audienceIn this paper, we propose to use the dual-grid finite-difference time-domain (...
International audienceIn this paper, we propose to use the dual-grid finite-difference time-domain (...
International audienceIn this paper, improvements of the dual-grid finitedifference time-domain (DG-...
International audienceIn this paper, improvements of the dual-grid finitedifference time-domain (DG-...
International audienceIn this paper, improvements of the dual-grid finitedifference time-domain (DG-...
International audienceIn this paper, improvements of the dual-grid finitedifference time-domain (DG-...
International audienceIn this paper, improvements of the dual-grid finitedifference time-domain (DG-...
WOSInternational audienceA comparison between the multiple-region (MR) and dual-grid (DG) finite-dif...
WOSInternational audienceA comparison between the multiple-region (MR) and dual-grid (DG) finite-dif...
In this paper, improvements of the dual-grid finite-difference time-domain (DG-FDTD) method are prop...
International audienceAbstract--A new way to carry out numerical cellular telephone simulation in th...
International audienceAbstract--A new way to carry out numerical cellular telephone simulation in th...
International audienceAbstract--A new way to carry out numerical cellular telephone simulation in th...
International audienceIn this paper, we propose to use the dual-grid finite-difference time-domain (...
International audienceIn this paper, we propose to use the dual-grid finite-difference time-domain (...
International audienceIn this paper, we propose to use the dual-grid finite-difference time-domain (...
International audienceIn this paper, we propose to use the dual-grid finite-difference time-domain (...
International audienceIn this paper, improvements of the dual-grid finitedifference time-domain (DG-...
International audienceIn this paper, improvements of the dual-grid finitedifference time-domain (DG-...
International audienceIn this paper, improvements of the dual-grid finitedifference time-domain (DG-...
International audienceIn this paper, improvements of the dual-grid finitedifference time-domain (DG-...
International audienceIn this paper, improvements of the dual-grid finitedifference time-domain (DG-...
WOSInternational audienceA comparison between the multiple-region (MR) and dual-grid (DG) finite-dif...
WOSInternational audienceA comparison between the multiple-region (MR) and dual-grid (DG) finite-dif...
In this paper, improvements of the dual-grid finite-difference time-domain (DG-FDTD) method are prop...
International audienceAbstract--A new way to carry out numerical cellular telephone simulation in th...
International audienceAbstract--A new way to carry out numerical cellular telephone simulation in th...
International audienceAbstract--A new way to carry out numerical cellular telephone simulation in th...