The Iterated Estimation of DOA and Polarization Based on Partly Calibrated Polarization Sensitive Array

Nehorai A and Paldi E. Vector-sensor array processing forelectromagnetic source localization [J].IEEE Trans. onSignal Processing.1994, 42(2):376-398[2]Wong K T. Direction finding/polarization estimation-dipoleand/or loop triad(s) [J].IEEE Trans. on Aerospace andElectronic Systems.2001, 37(2):679-684[3]Tabrikian J, shavit R, and Rahamim D. An efficient vectorsensor configuration for source localization [J].IEEE SignalProcessing Letters.2004, 11(8):690-693[4]Mir H S, Sahr J D, and Keller C M. Source localization usingairborne vector sensors [C]. IEEE Int. Conf. ASSP, Montreal,2005, IV: 1033-1036.[5]Tan K-C, Ho K-C, and Nehorai A. Niqueness study ofmeasurements obtainable with arrays of electromagneticvector sensors [J].IEEE Trans. on Signal Processing.1996,44(4):1036-1039[6]Wong K T and Zoltowski M D. Uni-vector-sensor ESPRITfor multi-source azimuth, elevation and polarizationestimation [J].IEEE Trans. on Antennas and Propagation.1997, 45(10):1467-1474[7]Wong K T and Zoltowski M D. Closed-form direction-findingand polarization estimation with arbitrarily spacedelectromagnetic vector-sensors at unknown locations [J].IEEE Trans. on Antennas and Propagation.2000, 48(5):671-681[8]Wong K T and Zoltowski M D. Self-initiating MUSICdirection finding and polarization estimation inspatio-polarizational beamspace [J].IEEE Trans. onAntennas and Propagation.2000, 48(8):1235-1245[9]Zoltowski M D and Wong K T. ESPRIT-based 2-D directionfinding with a sparse uniform array of electromagneticvector-sensors [J].IEEE Trans. on Signal Processing.2000,48(8):2195-2204[10]See C-M S and Gershman A B. Direction-of-arrivalestimation in partly calibrated subarray-based sensor arrays[J].IEEE Trans. on Signal Processing.2004, 52(2):329-338[11]Van Huffel S and Vandewalle J. The Total Least SquaresProblem: Computational Aspects and Analysis [M]. FrontiersApp. Math.9, SIAM, Philadelphia, 1991: 119-129.