Electronically steered antenna quality mainly relies on the accurate periodicity of the radiating element positions. Very
thin antenna with non-rigid structures will permit the implementation of disruptive mechanical designs and provide
better tactical deployment and permit implementation on non-dedicated platforms. To maintain planar antenna
performances, we propose to dynamically cope with distortions with an innovative method. In this presentation, we will
report on an innovative real-time and embedded measurement technique in harsh environment based on an optical
polarization sensor coupled with an adapted mechanical model, designed in order to maintain a sufficient calibration of
the antenna during its operational use.
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