Computationally-effective optimal excitation matching for the synthesis of large monopulse arrays

L. Manica, P. Rocca, A. Martini, A. Massa
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引用次数: 1

Abstract

This contribution presents an innovative approach based on an optimal excitation matching procedure. By exploiting the relationship between independently-optimal sum and difference patterns, the dimension of the solution space is considerably reduced and efficiently sampled by taking into account the presence of array elements more suitable to change sub-array membership. In the following, the proposed technique is described pointing out, through a representative case, its potentialities and effectiveness in dealing with large arrays.
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大型单脉冲阵列合成中计算有效的最优激励匹配
这一贡献提出了一种基于最优激励匹配过程的创新方法。通过利用独立最优和模式和差模式之间的关系,考虑到更适合改变子数组成员的数组元素的存在,大大降低了解空间的维数,并有效地进行了采样。下面,将通过一个典型的案例描述所提出的技术,并指出其在处理大型阵列方面的潜力和有效性。
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