Antenna Implementations for High Altitude Platform Stations (HAPS) and considerations for future designs

Ogbonnaya Anicho, P. Charlesworth, G. Baicher, Atulya Nagar
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引用次数: 1

Abstract

This paper examines antenna implementations for the different communication links in a HAPS network i.e. service, inter-HAPS and feeder links. In this context, antenna implementation covers form-factor, size, steering and platform mounting templates. Antenna implementations vary significantly from one HAPS platform to another including proprietary and regulatory induced variations. Achieving the levels of link stability and performance demanded by current digital trends involves a steep technology and cost curve. This work proposes standardisation of HAPS antenna implementation to harmonise how antennas are implemented from design to installation. Accelerating the adoption of HAPS will require innovation at all levels of the HAPS technology value chain and antenna implementation is high up this chain.
高空平台站(HAPS)天线实现及对未来设计的考虑
本文研究了HAPS网络中不同通信链路的天线实现,即服务、HAPS间和馈线链路。在这种情况下,天线的实现包括形状因素、尺寸、转向和平台安装模板。天线的实现在不同的HAPS平台之间差异很大,包括专有的和监管的变化。实现当前数字趋势所要求的链路稳定性和性能水平涉及陡峭的技术和成本曲线。这项工作提出了HAPS天线实施的标准化,以协调天线从设计到安装的实施方式。加速HAPS的采用将需要在HAPS技术价值链的各个层面进行创新,而天线的实施处于该价值链的高端。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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