An Algebraic Approach to Data-Adaptive Array Processing.
VIRGINIA POLYTECHNIC INST AND STATE UNIV BLACKSBURG DEPT OF ELECTRICAL ENGINE ERING
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In an earlier paper, an algebraic characterization was made of the problem of resolving closely spaced plane waves incident on a linear array. The characterization suggests several data-adaptive processing methods and encompasses the Wiener, Maximum Likelihood, and Pisarenko methods. In this paper, the algebraic approach is amplified and the results extended to consider correlated noise. A recursive algorithm is given for a particularly effective processing method. Author
- Electrical and Electronic Equipment