Abstract
This paper illustrates the Bayes approach to an optimum array detection problem. A specific example presented is the detection of a known plane-wave signal in independent Gaussian noise plus an interfering plane-wave noise source of uncertain arrival angle. Computer simulations of the a posteriori probability densities of the interference arrival angle conditioned on the received data illustrates the manner in which the Bayes optimum array adapts to the unknown interference angle. ROCs are presented which characterize the detection performance of the array. [Supported by Office of Naval Research, Code 222.]
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