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Subarray incoherency compensation for DOA estimation of 8-element antenna array

机译:8元素天线阵列DOA估计的子阵列不相干补偿

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MUSIC algorithm is one of the most widely known and used signal source estimation techniques. A presented paper deal with an experiment of direction of arrival (DOA) estimation of signal sources using two subarrays without coherency or with rough synchronization. The performance of DOA estimation improves with increasing the number of elements of antenna array. In this case, a practical measurement is performed using 8-element antenna array (each antenna subarray includes 4-element), received signals between two antenna subarrays are roughly synchronized. For estimation DOA signals we proposed an algorithm to estimate DOA signal using MUSIC algorithm with higher accuracy. Results show that the algorithm could estimate DOA signals correctly in the case of two incoming coherent signals.
机译:音乐算法是最广为人知和最常用的信号源估计技术之一。提出的论文处理了使用两个子阵列的到达方向(DOA)估计信号源的实验,而不具有一致性或具有粗糙同步。随着天线阵列元素数量的增加,DOA估计的性能提高。在这种情况下,使用8元件天线阵列(每个天线子阵列包括4元件)执行实际测量,两个天线子阵列之间的接收信号大致同步。对于估计DOA信号,我们提出了一种使用具有更高精度的音乐算法来估计DOA信号的算法。结果表明,在两个进入的相干信号的情况下,该算法可以正确估计DOA信号。

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