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We propose a parallel factor (PARAFAC) analysis-based angle and polarization estimation algorithm for multiple coherent sources using a uniformly-spaced linear tripole sensor array. By forming a PARAFAC model using the spatial signature of the tripole array, the new algorithm requires neither spatial smoothing nor vector-field smoothing to decorrelate the signal coherency. We also establish that the angle-polarization parameters of  K  coherent signals can be uniquely determined by PARAFAC analysis, as long as the number of tripolesL  ≥  2  K  −  1    . In addition, the proposed algorithm can offer enhanced angle and polarization estimation accuracy by extending the interspacing of the tripoles beyond a half wavelength.

Angle-Polarization Estimation for Coherent Sources with Linear Tripole Sensor Arrays