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首页> 外文期刊>Wireless Communications Letters, IEEE >A Waterfilling Algorithm for Multiple Access Point Connectivity With Constrained Backhaul Network
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A Waterfilling Algorithm for Multiple Access Point Connectivity With Constrained Backhaul Network

机译:受限回程网络的多接入点连通性注水算法

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摘要

The 4G/5G paradigm offers user equipment (UE) simultaneous connectivity to a plurality of wireless access points (APs). We consider a UE communicating with its destination through multiple uplinks operating on orthogonal wireless channels with unequal bandwidth. The APs are connected via a tree-like backhaul network with destination at the root and non-ideal link capacities. We develop a power allocation scheme that achieves a near-optimal rate without explicit knowledge of the backhaul network topology at transmitter side. The proposed algorithm a dynamically selected subset of uplinks using a low-overhead backhaul load feedback.
机译:4G / 5G范例为用户设备(UE)提供了到多个无线接入点(AP)的同时连接。我们考虑UE通过在不相等带宽的正交无线信道上运行的多个上行链路与其目的地进行通信。接入点通过树状回程网络进行连接,目标位置的根和非理想链路容量均相同。我们开发了一种功率分配方案,该方案无需在发射器端明确了解回程网络拓扑即可获得接近最佳的速率。所提出的算法使用低开销回程负载反馈来动态选择上行链路的子集。

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