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Downlink cross-tier interference mitigation for macrocell user in open access femtocell using handover scenario

机译:使用切换方案为开放式接入毫微微小区中的宏小区用户缓解下行链路跨层干扰

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Nowadays, most of cellular users and data traffics are performed in indoor environment. Femtocells are proven in enhancing the quality of service of indoor users. Generally, femtocells are installed without being planned by users, and cannot be controlled directly by operator. It causes major problem such as cross-tier interference. Handover process solves this interference problem by changing serving node for users around femtocells. Location of femtocells are generally adjacent to each other. Hence, the selection of an appropriate handover target becomes very important. In this paper, we analyzed new algorithm by considering RSRP and femtocell closest distance to determine the handover target. The algorithm makes the handover target chosen appropriately. Simulation results show that the use of our proposed algorithm produces CDF of SINR better than considering RSRP only.
机译:如今,大多数蜂窝用户和数据流量都在室内环境中进行。 Femtocell已被证明可以提高室内用户的服务质量。通常,毫微微小区的安装未经用户计划,并且不能由运营商直接控制。这会引起主要问题,例如跨层干扰。切换过程通过为毫微微小区周围的用户更改服务节点来解决此干扰问题。毫微微小区的位置通常彼此相邻。因此,选择合适的切换目标变得非常重要。在本文中,我们通过考虑RSRP和毫微微小区最近距离来确定切换目标,从而对新算法进行了分析。该算法使得适当选择的切换目标。仿真结果表明,与仅考虑RSRP相比,使用本文提出的算法可产生SINR的CDF。

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