International audienceAn efficient technique to provide fast and accurate analysis of wide-band surrounded antennas mounted on electrically large platforms is presented and validated in this paper. The hybrid method combines Dual-Grid FDTD (DG-FDTD) with Iterative Physical Optics (IPO) to analyze on-platform antenna radiation. In section IV of this paper, DG-FDTD/IPO is applied to the analysis of a wide-band antenna mounted on a vehicle. The ability to address the problem of antenna placement is also demonstrated
International audienceThis paper presents a new simulation strategy based on the hybridization of a ...
Abstract—A new hybrid method, the DG-FDTD/IPO, has recently been proposed to analyze surrounded ante...
Abstract — This paper presents a new simula-tion strategy based on the hybridization of a full wave ...
International audienceAn efficient technique to provide fast and accurate analysis of wide-band surr...
International audienceAn efficient technique to provide fast and accurate analysis of wide-band surr...
International audienceAn efficient technique to provide fast and accurate analysis of wide-band surr...
International audienceAn efficient technique to provide fast and accurate analysis of wide-band surr...
International audienceA new hybrid method, the DG-FDTD/IPO, has recently been proposed to analyze su...
International audienceA new hybrid method, the DG-FDTD/IPO, has recently been proposed to analyze su...
International audienceA new hybrid method, the DG-FDTD/IPO, has recently been proposed to analyze su...
International audienceA new hybrid method, the DG-FDTD/IPO, has recently been proposed to analyze su...
International audienceThis paper presents a new simulation strategy based on the hybridization of a ...
International audienceThis paper presents a new simulation strategy based on the hybridization of a ...
International audienceThis paper presents a new simulation strategy based on the hybridization of a ...
International audienceThis paper presents a new simulation strategy based on the hybridization of a ...
International audienceThis paper presents a new simulation strategy based on the hybridization of a ...
Abstract—A new hybrid method, the DG-FDTD/IPO, has recently been proposed to analyze surrounded ante...
Abstract — This paper presents a new simula-tion strategy based on the hybridization of a full wave ...
International audienceAn efficient technique to provide fast and accurate analysis of wide-band surr...
International audienceAn efficient technique to provide fast and accurate analysis of wide-band surr...
International audienceAn efficient technique to provide fast and accurate analysis of wide-band surr...
International audienceAn efficient technique to provide fast and accurate analysis of wide-band surr...
International audienceA new hybrid method, the DG-FDTD/IPO, has recently been proposed to analyze su...
International audienceA new hybrid method, the DG-FDTD/IPO, has recently been proposed to analyze su...
International audienceA new hybrid method, the DG-FDTD/IPO, has recently been proposed to analyze su...
International audienceA new hybrid method, the DG-FDTD/IPO, has recently been proposed to analyze su...
International audienceThis paper presents a new simulation strategy based on the hybridization of a ...
International audienceThis paper presents a new simulation strategy based on the hybridization of a ...
International audienceThis paper presents a new simulation strategy based on the hybridization of a ...
International audienceThis paper presents a new simulation strategy based on the hybridization of a ...
International audienceThis paper presents a new simulation strategy based on the hybridization of a ...
Abstract—A new hybrid method, the DG-FDTD/IPO, has recently been proposed to analyze surrounded ante...
Abstract — This paper presents a new simula-tion strategy based on the hybridization of a full wave ...