Investigation on Distributed Joint Optimization of User Association and ICIC Based on PF Criteria in Small Cell Deployments

Takuya Matsumoto, N. Miki
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Abstract

To support the continuous growth of mobile traffic, small cell deployments are promising. In small cell deployments, combined usage of user association (UA) and inter-cell interference coordination (ICIC) is inevitable, which requires joint optimization of both techniques. Therefore, we propose joint optimization of UA and ICIC via distributed control. In our distributed control method, “distributed” control units (DCUs) were located at the macro base stations (BSs). Each DCU collected achievable data rates of users that were connecting to the macro BS and low-power (LP) BSs within the macro coverage. To obtain the high performance similar to centralized control, achievable data rates of users in the neighboring macro BSs were collected via the backhaul. Furthermore, we showed the effectiveness of our proposed scheme.
小小区部署中基于PF准则的用户关联和ICIC分布式联合优化研究
为了支持移动通信的持续增长,小型蜂窝部署是有希望的。在小小区部署中,用户关联(UA)技术和小区间干扰协调(ICIC)技术的联合使用是不可避免的,这需要对这两种技术进行联合优化。因此,我们提出通过分布式控制对UA和ICIC进行联合优化。在我们的分布式控制方法中,“分布式”控制单元(dcu)位于宏基站(BSs)上。每个DCU收集连接到宏基站和宏覆盖范围内的低功耗(LP)基站的用户的可实现数据速率。为了获得类似于集中控制的高性能,通过回程收集邻近宏基站中用户可实现的数据速率。此外,我们还证明了所提出方案的有效性。
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