Implementation of Various Array Geometreis in Smart Antenna

F. Gozasht, S. Nikmehr, G. Dadashzadeh, R. Fallahi
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Abstract

Space division multiple access (SDMA) is a promising candidate for improving channel capacity in future wireless communication systems. Since the discrimination performance of the user in the spatial domain depends on the array arrangement, an optimum element arrangement for SDMA should be defined. The pattern of antenna array is determined by array geometry. Two-dimensional spatial filters that can be implemented by microstrip technology are capable of filtering the received signal in the angular domain as well as the frequency domain. This paper focuses on various geometry of eight and nine elements antenna array using circularly patch elements
智能天线中各种阵列几何图形的实现
空分多址(SDMA)是未来无线通信系统中提高信道容量的一种很有前途的方法。由于用户在空间域中的识别性能取决于阵列的排列方式,因此需要确定SDMA的最佳单元排列方式。天线阵列的方向图由阵列的几何形状决定。利用微带技术实现的二维空间滤波器能够在角域和频域对接收信号进行滤波。本文重点研究了采用圆形贴片单元的八元和九元天线阵列的各种几何形状
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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