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首页> 外文期刊>Microwave and optical technology letters >Synthesis of quasi-modular circularly polarized 5G base station antenna arrays based on irregular clustering and sequential rotation
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Synthesis of quasi-modular circularly polarized 5G base station antenna arrays based on irregular clustering and sequential rotation

机译:基于不规则聚类和顺序旋转的准模块化圆极化5G基站天线阵列的合成

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摘要

An unconventional, yet quasi-modular base station phased array architecture synthesis technique is proposed for multiuser fifth-generation applications. By keeping uniform amplitudes and linearly progressing phases at the elements of an optimal irregular array, power-efficient side lobe suppression is achieved for effective inter-user interference mitigation. The layout irregularity is achieved within a slice of an array, which is repeated rotationally. The sequential rotation technique is applied to obtain modularity and improve the circular polarization characteristics. A modified k-means clustering algorithm is used to form the optimal subarrays. The simulation results indicate that the proposed quasi-modular topologies provide a good compromise between the side lobe performance and integrated array design complexity.
机译:针对第五代多用户应用,提出了一种非传统的准模块化基站相控阵结构综合技术。通过在最佳不规则阵列的元素处保持均匀的振幅和线性渐进的相位,可以实现功率有效的旁瓣抑制,从而有效地抑制用户间干扰。布局不规则性是在阵列的一个切片内实现的,该切片是旋转重复的。顺序旋转技术用于获得模块化并改善圆极化特性。采用改进的k-均值聚类算法形成最优子阵。仿真结果表明,所提出的准模块化拓扑在副瓣性能和集成阵列设计复杂度之间提供了良好的折衷。

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