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Capacity of Relay Channels with Power Splitting and Dual Frequency Carriers

机译:带功率分配和双频载波的中继信道容量

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We consider a cooperative relay communication system where the source and the relay have separate frequency bands for message transmission. The relay is assumed to be a decode-forward node, i.e. It can decode the information send from the source node and re-transmit after suitable modifications. With power splitting at the source, we find an optimum relaying function which achieves the capacity of this relay network. The optimal power splitting algorithm is developed under two cases - one when the nodes have complete channel state knowledge and the other when nodes have limited information about the channel state. We extend the work to practical wireless systems and address the issue of message security.
机译:我们考虑一种协作中继通信系统,其中源和中继具有用于消息传输的单独频带。假设中继站是一个解码转发节点,即它可以对从源节点发送的信息进行解码,并在进行适当的修改后重新发送。通过从源头进行功率分配,我们找到了一种最佳的中继功能,可以实现该中继网络的容量。最优功率分配算法是在两种情况下开发的:一种情况是节点具有完整的信道状态知识,另一种情况是节点具有有关信道状态的信息有限。我们将工作扩展到实际的无线系统,并解决消息安全性问题。

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