Over-the-Air Performance Evaluation in Indoor and Outdoor Multipath Propagation Channels of Antenna Diversity Systems inside Anechoic Chamber

A. Choumane, Ahmad El Sayed Ahmad, K. Khoder, Alaa Saleh
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Abstract

With the ever-growing requirement for higher data rates, terminals supporting multiple-input multiple-output (MIMO) technologies are being developed for next-generation. As for wireless device manufacturers, a radio performance evaluation of multi-antenna terminals in desired environments is mandatory before product release. This paper discusses the Over the Air (OTA) performance evaluation of antenna diversity systems in Indoor and Outdoor multi-path propagation channel models inside anechoic chamber, in terms of correlation coefficients and diversity gain (DG). These channel models have been emulated in terms of angles of arrivals (AoA) and cross-polarization ratio (XPR) with Rayleigh fading. For this purpose, SATIMO SG24 measurement system has been used. However, the actual configuration of this system is not able to emulate desired realistic environments. Therefore, an innovative methodology based on the SG24 probes control has been developed. The obtained results in simulations and measurements have shown a good agreement.
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消声室天线分集系统室内外多径传播信道的无线性能评价
随着对更高数据速率的需求不断增长,支持多输入多输出(MIMO)技术的终端正在向下一代发展。对于无线设备制造商来说,在产品发布之前,必须对所需环境中的多天线终端进行无线电性能评估。本文从相关系数和分集增益两方面讨论了消声室内和室外多径传播信道模型下天线分集系统的Over - the - Air (OTA)性能评价。在瑞利衰落条件下,用到达角(AoA)和交叉极化比(XPR)对这些信道模型进行了仿真。为此,使用了SATIMO SG24测量系统。然而,该系统的实际配置不能模拟期望的现实环境。因此,开发了一种基于SG24探针控制的创新方法。仿真和实测结果表明了较好的一致性。
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