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Broad-Band and Wide Scan Phased Array Element Design Using Data Mining

机译：使用数据挖掘的宽带和宽扫描相控阵元件设计

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摘要

Novel synthesis procedure, exploiting data mining technique for antenna design is presented. By utilizing data mining, investigating various combinations of a typical antenna configuration, all together, is feasible and this fact allows the selection of the specific design which possesses the desired properties. In this paper, a broad-band and wide scanning angle probe-fed microstrip patch array element with shorting posts is designed based on this procedure. For achieving acceptable bandwidth, scan angle and polarization, the coordination positions and the number of the incorporated shorting posts were considered as the design parameters. For a substrate with a thickness of 0.05.0, the simulation results show a 15% frequency bandwidth with a scanning range of 70 degrees in the main E, H and D-planes.
机译：提出了一种新的综合程序，利用数据挖掘技术进行天线设计。通过利用数据挖掘，一起研究典型天线配置的各种组合是可行的，并且这一事实允许选择具有所需特性的特定设计。本文基于该程序设计了带短路柱的宽带宽扫描角探针馈送微带贴片阵列元件。为了获得可接受的带宽，扫描角度和极化，将协调位置和合并的短路柱的数量视为设计参数。对于厚度为0.05.0的基板，仿真结果显示在主E，H和D平面中扫描范围为70度的15％频率带宽。

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