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Performance of in-band full-duplex Amplify-and-Forward and Decode-and-Forward relays with spatial diversity for next-generation wireless broadband

机译:具有用于下一代无线宽带的空间多样性的带内全双工放大和转交和转发继电器的性能

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Advanced relaying technologies are part of the next-generation wireless broadband network architecture. In this paper, we derive the average capacity expressions of in-band full-duplex relays operating in the Amplify-and-Forward (AF) and the Decode-and-Forward (DF) modes in the present of spatial diversity. The capacity of the in-band full-duplex AF and DF relays is compared with the half-duplex AF and DF relays. Our numerical results indicate that the capacity obtained by full-duplex relays in AF and DF is superior to half-duplex AF and DF relays. It is interesting to observe that full-duplex relays in AF and DF deliver approximately equal performance. The performance of full-duplex and half-duplex DF relay is more sensitive to the relay link than full-duplex and half-duplex AF.
机译:高级中继技术是下一代无线宽带网络架构的一部分。在本文中,我们得出了在空间分集中的放大和前进(AF)和解码和前进(DF)模式中运行的带内全双工继电器的平均容量表达。与半双工AF和DF继电器进行比较带内部全双工AF和DF继电器的容量。我们的数值结果表明AF和DF中全双工继电器获得的容量优于半双工AF和DF继电器。有趣的是观察AF和DF中的全双工继电器提供大致相等的性能。全双工和半双工DF继电器的性能对中继链路比全双工和半双工AF更敏感。

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