论文标题
使用二进制搜索技术使用最大流量算法的LTE的交通模型
Traffic model of LTE using maximum flow algorithm with binary search technique
论文作者
论文摘要
非test时间的智能设备和用户应用程序的数量迅速增加，已经产生了从/到蜂窝网络的数据流量的强度量。因此，从升级和配置方面，长期评估（LTE）网络正面临着基础站和基础架构的某些问题，因为3G的2G和RNC（无线网络控制器）的BSC（基站控制器）的概念不是3G的概念，可以控制多个BTS/NB。只有4G（LTE）所有ENB都与从UE（用户设备）到Core Switch的流量流相关。确定该网络的链接能力的确定是一项艰巨的工作，因为每个节点都提供自己的流量，并在同一时间传达其他节点的流量。在本文中，我们应用了最大的流量算法，包括二进制搜索技术解决了LTE网络的无线电网络和网络连接ENB的交通流。 QPSK和16 QAM下图形显示的LTE网络的吞吐量
Inrecent time a rapid increase in the number of smart devices and user applications have generated an intensity volume of data traffic from/to a cellular network. So the Long Term Evaluation(LTE)network is facing some issuesdifficulties ofthebase station and infrastructure in terms of upgrade and configuration becausethere is no concept of BSC (Base Station Controller) of 2G and RNC (Radio Network Controller) of 3G to control several BTS/NB. Only 4G (LTE) all the eNBs areinterconnected for traffic flow from UE (user equipment) to core switch. Determination of capacity of a linkof such a network is a challenging job since each node offers its own traffic andat the same time conveys traffic of other nodes.In this paper, we apply maximum flow algorithm including the binary search techniqueto solve the traffic flow of radio networkandinterconnected eNBs of the LTE network. The throughput of the LTE network shown graphically under the QPSK and 16-QAM
