The performance of our robust RARE algorithm is demonstrated to be close to this bound in the case of moderate subarray orientation errors. Published in: IEEE ...

Abd Elkader, A. B. Gershman, and K. M. Wong, “Improving the ro- bustness of the RARE algorithm against subarray orientation errors,” in. Proc. Int. Conf ...

The performance of our robust RARE algorithm is demonstrated to be close to this bound in the case of moderate subarray orientation errors.

Rank reduction direction-of-arrival estimators with an improved robustness against subarray orientation errors. Elkader, S. A.; ;; Gershman, A. B.; ;; Wong ...

The performance of our robust RARE algorithm is demonstrated to be close to this bound in the case of moderate subarray orientation errors. References 14.

Rank reduction direction-of-arrival estimators with an improved robustness against subarray orientation errors. SA Elkader, AB Gershman, KM Wong. IEEE ...

We study the problem of direction-of-arrival (DOA) estimation using partly calibrated arrays composed of multiple subarrays with unknown inter-subarray ...

Rank reduction direction-of-arrival estimators with an improved robustness against subarray orientation errors · S. A. ElkaderA. GershmanK. M. Wong. Engineering.

In this paper a problem of direction-of-arrival (DOA) estimation in partly calibrated sensor arrays is considered. It is assumed that a sensor array ...

Direction-of-arrival estimation in large ... Rank Reduction Direction-of-Arrival Estimators With an Improved Robustness Against Subarray Orientation Errors.