Adaptive arrays with signal blocking have the advantages of fast convergence and robustness to pointing errors as well as rejecting a coherent interference. In this paper, we propose a novel method for performance improvement in such arrays with no in...
Adaptive arrays with signal blocking have the advantages of fast convergence and robustness to pointing errors as well as rejecting a coherent interference. In this paper, we propose a novel method for performance improvement in such arrays with no increase in complexity. The proposed method utilizes all the array elements to obtain the array output so that its performance is superior to that of the conventional one, which makes no use of the last element. The performances of both are compared analytically and through numerical computation.