LTE-Advanced蜂窝网络的节能协同蜂窝控制

Yuan Gao, Yi Li, Hongyi Yu, Xianfeng Wang, Shihai Gao
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引用次数: 7

摘要

为了减少未来蜂窝网络的能量浪费,最有效和可靠的方法是在不需要的时候关闭闲置的基站,但是如何找到合适的和最优的方法来控制目标小区和邻近的小区,目前的研究仍然是空白。在本工作中,我们扩展了对协同方案的研究,提出了一种GREEN模式下的启发式控制方法。首先定义了LTE-Advanced蜂窝在合作模式下的能效控制,并提出了一种启发式算法,以支持LTE-Advanced合作eNodeB的开关最优控制,特别是何时以及哪些eNodeB将切换到睡眠模式以及哪些eNodeB需要被唤醒。与不停机方法相比,在理论和LTE-Advanced系统级仿真平台下,采用我们的控制方法获得的总节省约为6倍,成本低于系统整体QoS的6%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Energy efficient cooperative cell control of LTE-Advanced cellular networks
To reduce energy waste in future cellular networks, the most effective and reliable method is to close idle base stations when not needed, but how to find the proper and optimal method to control the target cell and the adjacent ones are still blank according to recent researches. In this work, we extend our research in cooperative scheme, and figure out a heuristic control method of eNodeBs in GREEN mode. We first define the energy efficient controls of LTE-Advanced cells in cooperative mode and raise a heuristic algorithm to support the on-off optimal control of LTE-Advanced cooperative eNodeBs, especially when and which eNodeB will be changed into sleep mode and which one(s) need to be waken up. Compared with no shut down methods, we have obtained about six times of the total savings by adopting our control method with the cost of less than 6% of the system overall QoS under both theoretical and LTE-Advanced system level simulation platform.
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