A performance analysis of likelihood ratio test (LRT)-based and generalized likelihood ratio test (GLRT)-based array receivers for the detection of a known real-valued signal corrupted by a potentially noncircular interference is considered in this paper. The distribution of the decision statistics associated with the LRT and GLRT is studied. This allows us to give exact closed-form expressions of the probability of detection (P"D) and false alarm (P"F"A) for two LRT-based receivers. Then, asymptotic (with respect to the data length) closed-form expressions are given for P"D and P"F"A for four GLRT-based receivers. Finally, in order to strengthen the obtained results, some illustrative examples are presented.
['Abdelkader Oukaci', 'Jean Pierre Delmas', 'Pascal Chevalier']
Performance analysis of LRT/GLRT-based array receivers for the detection of a known real-valued signal corrupted by noncircular interferences