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ABSTRACT
Dynamic programming is studied as an optimizing technique in the synthesis of unequally spaced symmetrical antenna arrays. The criterion of optimization is to find an element combination which has the lowest value of the peak sidelobe level over a specified angular interval. A nine-element array is synthesized with aperture length 19 λ0 and spacing quantization λ0/2 using an IBM 1620 computer. It is verified by considering all possible combinations of elements that the dynamic programming technique leads to truly optimum results.