B
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Last name: BENEVELLO
First name: Olivier
International audience
International audience
International audience
International audience
A decomposition in sub-arrays is used to reduce the computation time in the modeling of a finite array of microstrip antennas. The surface currents are considered identical on the patches which have the same neighbourhood configuration. This simplifies the resolution of the integral equation by reducing the number of unknown coefficients....
International audience
International audience
National audience
National audience
This paper presents an analysis of the electromagnetic field radiated by patches printed on inclined surfaces. The theoretical approach allows to apply spatial rotations to each source. The computer simulation developed permits us to experiment different antenna structures and two original realisations are proposed : a 2-element array printed...
National audience
International audience
A decomposition in sub-arrays is used to reduce the computation time in the modeling of a finite array of microstrip antennas. The surface currents are considered identical on the patches which have the same neighbourhood configuration. This simplifies the resolution of the integral equation by reducing the number of unknown coefficients....
National audience
A decomposition in sub-arrays is used to reduce the computation time in the modeling of a finite array of microstrip antennas. The surface currents are considered identical on the patches which have the same neighbourhood configuration. This simplifies the resolution of the integral equation by reducing the number of unknown coefficients....
This paper presents an analysis of the electromagnetic field radiated by patches printed on inclined surfaces. The theoretical approach allows to apply spatial rotations to each source. The computer simulation developed permits us to experiment different antenna structures and two original realisations are proposed : a 2-element array printed...
A decomposition in sub-arrays is used to reduce the computation time in the modeling of a finite array of microstrip antennas. The surface currents are considered identical on the patches which have the same neighbourhood configuration. This simplifies the resolution of the integral equation by reducing the number of unknown coefficients....
International audience
A new model is developed form the " element by element" approach. It consists in a decomposition in sub-arrays in order to reduce the time of calculation in the modeling of finite arrays. In this modeling we consider that the surface currents are identical on patches which have same neighbourhood configuration. This approch simplifies the...
A decomposition in sub-arrays is used to reduce the computation time in the modeling of a finite array of microstrip antennas. The surface currents are considered identical on the patches which have the same neighbourhood configuration. This simplifies the resolution of the integral equation by reducing the number of unkown coefficients....
International audience
International audience