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Effects of position uncertainties on the null width and depth of an adaptive array with subarrays

机译:位置不确定性对带有子数组的自适应数组的空宽度和深度的影响

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It is often desirable to widen the interference null width in an adapted pattern to impart robustness into the realized adapted array in some real environments. Position errors affect the null width and depth of an adaptive array with subarrays. This paper analyzes the effects of position errors on the null width and depth of an adaptive array with subarrays. The expressions between element position error, subarray position error and the covariance matrix of the input signals are derived. Computer simulation illustrates the effects of position errors on the null width and depth of an adaptive array with subarrays.
机译:通常希望以自适应模式加宽干扰零宽度以在某些实际环境中将鲁棒性赋予实现的自适应阵列。位置误差会影响带有子数组的自适应数组的空宽度和深度。本文分析了位置误差对带有子阵列的自适应阵列的空宽度和深度的影响。推导了元素位置误差,子阵列位置误差和输入信号的协方差矩阵之间的表达式。计算机仿真说明了位置误差对带有子阵列的自适应阵列的空宽度和深度的影响。

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