超密集网络中负载均衡感知的初始关联控制算法
发布时间：2018-07-15 07:50
【摘要】：为了解决移动数据流量和大量移动终端的空前增长问题,超密网络部署已作为一种经济高效的解决方案来减轻小蜂窝网络的负载。不同的超密集网络的拓扑结构将导致不同的覆盖范围,每个用户设备将会有多个可接入点。针对这种情况,研究了软件定义的超密集网络下基于分布式和集中式两种方式的初始连接控制。提出了一种集中式的、稳定的、可负载平衡感知的关联控制算法来减少数据面的切换次数。这是一种统一的初始关联控制和负载均衡的管理方式。最后,评估了基于分布式接入和集中式接入的初始关联控制的依照切换次数的稳定性。结果表明,集中式接入的关联控制算法性能比分布式接入更好。
[Abstract]:In order to solve the problem of unprecedented growth of mobile data traffic and a large number of mobile terminals, super-dense network deployment has been used as an economical and efficient solution to reduce the load of small cellular networks. The topology of different ultra-dense networks will lead to different coverage, each user device will have more than one access point. In view of this situation, the initial connection control based on distributed and centralized mode is studied in the software defined super-dense network. A centralized, stable, load-balancing aware association control algorithm is proposed to reduce the number of data face switching. This is a unified initial association control and load-balancing management. Finally, the stability of the initial association control based on distributed access and centralized access is evaluated. The results show that the performance of the centralized access algorithm is better than that of the distributed access algorithm.
【作者单位】： 中国民用航空飞行学院计算机学院;
【分类号】：TN929.5
[Abstract]:In order to solve the problem of unprecedented growth of mobile data traffic and a large number of mobile terminals, super-dense network deployment has been used as an economical and efficient solution to reduce the load of small cellular networks. The topology of different ultra-dense networks will lead to different coverage, each user device will have more than one access point. In view of this situation, the initial connection control based on distributed and centralized mode is studied in the software defined super-dense network. A centralized, stable, load-balancing aware association control algorithm is proposed to reduce the number of data face switching. This is a unified initial association control and load-balancing management. Finally, the stability of the initial association control based on distributed access and centralized access is evaluated. The results show that the performance of the centralized access algorithm is better than that of the distributed access algorithm.
【作者单位】： 中国民用航空飞行学院计算机学院;
【分类号】：TN929.5
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