International audienceThe aim of this study is the implementation and the validation of a technique for reconstructing the antenna near field in planar coordinate system. The near field samples over a regular grid are calculated from the irregularly near field samples which are randomly distributed over a planar surface. The spacing between consecutive samples can be almost larger than U2. This irregularity can be attributed to probe positioning errors during the antenna under test characterization. The mathematical formalism and the stability of this reconstruction technique are presented and compared with some other techniques as Approximate Prolate Series (APS) and the classical Spline Cubic (SC) interpolation methods. The effect of redu...
An effective procedure to correct known 3D probe positioning errors affecting the near-field–far-fie...
In this communication, an efficient approach to compensate known positioning errors in a near-field ...
A convenient sampling distribution and an optimal sampling interpolation algorithm are here presente...
International audienceThe aim of this study is the implementation and the validation of a technique ...
International audienceThe aim of this study is the implementation and the validation of a technique ...
International audienceThe aim of this study is the implementation and the validation of a technique ...
International audienceThe aim of this work is the implementation and the validation of the far-field...
International audienceThe aim of this work is the implementation and the validation of the far-field...
International audienceThe aim of this work is the implementation and the validation of the far-field...
In this communication, an efficient approach to compensate known positioning errors in a near-field ...
In this communication, an efficient approach to compensate known positioning errors in a near-field ...
In this communication, an efficient approach to compensate known positioning errors in a near-field ...
In this communication, an efficient approach to compensate known positioning errors in a near-field ...
An effective procedure to correct known 3D probe positioning errors affecting the near-field–far-fie...
An effective procedure to correct known 3D probe positioning errors affecting the near-field–far-fie...
An effective procedure to correct known 3D probe positioning errors affecting the near-field–far-fie...
In this communication, an efficient approach to compensate known positioning errors in a near-field ...
A convenient sampling distribution and an optimal sampling interpolation algorithm are here presente...
International audienceThe aim of this study is the implementation and the validation of a technique ...
International audienceThe aim of this study is the implementation and the validation of a technique ...
International audienceThe aim of this study is the implementation and the validation of a technique ...
International audienceThe aim of this work is the implementation and the validation of the far-field...
International audienceThe aim of this work is the implementation and the validation of the far-field...
International audienceThe aim of this work is the implementation and the validation of the far-field...
In this communication, an efficient approach to compensate known positioning errors in a near-field ...
In this communication, an efficient approach to compensate known positioning errors in a near-field ...
In this communication, an efficient approach to compensate known positioning errors in a near-field ...
In this communication, an efficient approach to compensate known positioning errors in a near-field ...
An effective procedure to correct known 3D probe positioning errors affecting the near-field–far-fie...
An effective procedure to correct known 3D probe positioning errors affecting the near-field–far-fie...
An effective procedure to correct known 3D probe positioning errors affecting the near-field–far-fie...
In this communication, an efficient approach to compensate known positioning errors in a near-field ...
A convenient sampling distribution and an optimal sampling interpolation algorithm are here presente...