After array error correction using steering vector calibration method, MUSIC algorithm can still achieve a more satisfactory performance of the multi-target resolution. It proves the validity of steering vector calibration method.
最后,论文在现有实验条件下进行了天线阵的遮挡实验,分析了大量的测试数据,发现遮挡物确实引起了不可忽略的阵列误差,在利用导向矢量阵列误差校正方法进行了阵列误差校正后,MUSIC算法仍然实现了较好的多目标分辨,从而证明了导向矢量阵列校正方法的有效性。
参考来源 - 天线罩对阵列DOA估计性能影响及校正方法研究·2,447,543篇论文数据，部分数据来源于NoteExpress
多目标分辨是常规雷达功能的扩充。
It is a functional extension of the conventional radar for the multi target resolving.
实测数据证明，该方法是一种有效的多目标分辨方法。
The processing experimental results of a group targets show that the proposed approach is correct and effective.
同时为解决多目标分辨的问题，采用一种基于目标均方误差的配对算法。
Aiming at solving resolution of multiple targets, a match algorithm based on mean square error is also proposed.
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