Performance improvement of alternate mainbeam nulling algorithm in coherent environment

B. Chang, Chang-Dae Jeon
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Abstract

The performance of the AMN algorithm is significantly improved by adjusting the convergence parameter for the unit gain constraint while that for the null constraint is fixed during adaptive process in coherent environment. This paper demonstrated that the AMN algorithm in general performs better than the conventional methods with respect to mean square error and the phase delay of the array output to the desired signal. Also, it is shown that the AMN algorithm is robust to increasing number of coherent interferences
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相干环境下备用主波束零化算法的性能改进
在相干环境下的自适应过程中,对单位增益约束的收敛参数进行调整可以显著提高AMN算法的性能,而对零约束的收敛参数是固定的。本文证明,在均方误差和阵列输出到期望信号的相位延迟方面,AMN算法总体上优于传统方法。结果表明,该算法对不断增加的相干干扰具有较强的鲁棒性
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