MIMO设备性能评估的两级空中(OTA)测试方法

Ya Jing, Zhu Wen, H. Kong, S. Duffy, M. Rumney
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引用次数: 21

摘要

近年来引入了SISO OTA的一致性测试,但到目前为止,新引入的MIMO设备没有任何一致性测试。与需要克服多径衰落的SISO系统不同,MIMO利用衰落来识别和使用正交通信信道来实现多个数据流的同时传输。这样做的结果是,衰落信道特性是测试条件的一个组成部分,并直接影响测量的MIMO OTA性能。MIMO OTA的主要测试挑战是如何在真实的无线传播环境中创建可重复的场景,以准确反映MIMO天线的辐射性能。提出了一种基于天线方向图测量的低成本测试方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Two-stage over the air (OTA) test method for MIMO device performance evaluation
Conformance tests for SISO OTA were introduced in recent years but so far nothing exists for the newly introduced MIMO devices. Unlike SISO systems where multipath fading is something to be overcome, MIMO takes advantage of fading to identify and use orthogonal communication channels to enable simultaneous transmission of multiple streams of data. A consequence of this is that the fading channel characteristics are an integral part of the test conditions and directly influence the measured MIMO OTA performance. The major test challenge for MIMO OTA is how to create a repeatable scenario which accurately reflects the MIMO antenna radiation performance in a realistic wireless propagation environment. This paper describes a novel cost-effective test method based on antenna pattern measurement.
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