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Effect of antennas correlation on the performance of MIMO systems in wireless sensor network

机译:天线相关性对无线传感器网络中MIMO系统性能的影响

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Multiple-input multiple-output (MIMO) has been proved to be a path breaking technique for increasing capacity and reliability of a wireless communication system and has been adopted in most emerging wireless systems. To achieve the promised gain from MIMO, the antennas at transmitter or receiver are required to be separated by a minimum distance dependent on wavelength. Owing to the large physical size of traditional copper antennas, it is not possible to integrate them on tiny sensors with the required physical separation. The diversity technique if applied in wireless sensor network has potential to improve reliability as well as reduce power consumption. However, the traditional antennas are not suitable for placement on sensor nodes. This paper presents an analysis and performance results of MIMO with correlated antennas on sensor nodes of wireless sensor network.
机译:多输入多输出(MIMO)已被证明是一种提高无线通信系统容量和可靠性的突破性技术,并已在大多数新兴无线系统中采用。为了从MIMO获得承诺的增益,需要将发射机或接收机处的天线分开一个取决于波长的最小距离。由于传统铜天线的物理尺寸较大,因此无法将它们集成到具有所需物理间隔的微型传感器中。如果将分集技术应用于无线传感器网络,则有潜力提高可靠性并降低功耗。但是,传统天线不适合放置在传感器节点上。本文介绍了无线传感器网络的传感器节点上具有相关天线的MIMO的分析和性能结果。

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