Mimo channel capacity measurements

Saliha Buyukcorak, Günes Karabulut-Kurt
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Abstract

The channel capacity in the multi-antenna architecture depends not only on signal-to-noise ratio (SNR) but also the spatial correlation between antenna elements. In this study, in multi-antenna systems, measurements were made for 0.02λ receiving antenna spacing in a laboratory consisting of a full anechoic room, and the spatial correlation between far-field signals and the channel capacity was observed. We used the ray tracing method for the radio propagation channel modeling during this study. The test results showed high level of correlation between received signals in cases where one and two beams were effective as reflections even though the distance between the antennas was bigger than the wavelength. Furthermore, we observed that the channel capacity increased as the correlation between sub-channels increased.
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Mimo信道容量测量
在多天线结构中,信道容量不仅取决于信噪比(SNR),还取决于天线单元之间的空间相关性。在本研究中,在多天线系统中,在一个由全消声室组成的实验室中测量了0.02λ接收天线间距,并观察了远场信号与信道容量的空间相关性。在本研究中,我们采用射线追踪法对无线电传播信道进行建模。测试结果显示,即使天线之间的距离大于波长,在一个波束和两个波束作为反射有效的情况下,接收到的信号之间的相关性很高。此外,我们观察到信道容量随着子信道之间相关性的增加而增加。
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