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Relay Selection Scheme for Dynamic Network Scenario in Multi-hop D2D Communication

机译:多跳D2D通信中动态网络场景的中继选择方案

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Multihop Device-to-Device (MH-D2D) communication increases the network throughput by increasing the proximity distance of devices for 5G cellular networks. In this article, a relay selection scheme is proposed for MH-D2D communication in dynamic network scenario for 5G cellular networks. This scheme is based on semi-base station centric where the participating devices calculate the different parameters and send to the base station. The base station selects two devices who wish to work as a relay among the available devices based on some predefined criteria. The selected devices work on alternative approach i.e if one selected relay will leave the network due to any reason, then the alternative device acts as a relay. Numerical result shows that proposed scheme gives the significant result over the other relay selection schemes.
机译:多跳设备到设备(MH-D2D)通信通过增加5G蜂窝网络设备的接近距离来提高网络吞吐量。在本文中,为5G蜂窝网络的动态网络场景中的MH-D2D通信提出了一种中继选择方案。该方案基于半基站中心,其中参与设备计算不同的参数并将其发送到基站。基站根据一些预定义的标准在可用设备中选择希望充当中继的两个设备。选定的设备采用替代方法工作,即,如果一个选定的中继由于任何原因将离开网络,则替代设备将充当中继。数值结果表明,与其他继电器选择方案相比,该方案具有明显的效果。

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