A Study on Controlling the Direction of the Scattering Pattern on Meta-Surface Reflector

Y. Rikuta, Akira Maruyama, Hiroki Hagiwara
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Abstract

In a wireless environment where radio waves are transmitted and received, the location and size of the communication area and dead zone may change depending on the passage of time and various conditions. To improve the wireless area, using a meta-surface reflector which reflect the radio waves to the coverage hole is considered. In this paper, a 2.45GHz band meta-surface reflector was proposed. The reflection angle of this reflector can be dynamically controlled by designing a unit cell configuration which change the reflection phase.
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控制元表面反射器散射方向的研究
在发射和接收无线电波的无线环境中,通信区域和死区的位置和大小可能随着时间的推移和各种条件而变化。为了提高无线面积,考虑使用元表面反射器将无线电波反射到覆盖孔。本文提出了一种2.45GHz波段的元表面反射器。通过设计改变反射相位的单元格结构,可以动态地控制反射镜的反射角。
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