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Nearest Access Routing Algorithm for the ZigBee Network in 5G Environment

机译:5G环境中ZigBee网络的最近访问路由算法

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ZigBee network uses a mixed routing mechanism combined with hierarchical tree routing (HRP) and ad hoc on demand distance vector (AODV) to meet the different demands. However, the existing scheme cannot fully satisfy the applications. The 5G communication network is featured by the smarter devices and the native support for the M2 M communication. The 5G terminals have the potential to optimize the data transmission in the ZigBee network. In this paper, we proposed a nearest access routing algorithm for the ZigBee network in 5G environment. Based on the accessibility to various kinds of wireless network of the 5G terminal, the data flow in its neighbourhood is converged and transmitted in the IP network. By that mechanism, the bandwidth and energy resources in the ZigBee network can be saved. The simulation results show that the proposed algorithm effectively share the traffic for the ZigBee network by reducing and balancing the throughput.
机译:ZigBee网络使用混合路由机制,并结合了层次树路由(HRP)和按需点播距离矢量(AODV)来满足不同的需求。但是,现有方案不能完全满足应用需求。 5G通信网络具有更智能的设备和对M2 M通信的本地支持。 5G终端具有优化ZigBee网络中数据传输的潜力。在本文中,我们为5G环境中的ZigBee网络提出了一种最接近的访问路由算法。基于5G终端对各种无线网络的可访问性,其附近的数据流在IP网络中汇聚和传输。通过这种机制,可以节省ZigBee网络中的带宽和能源。仿真结果表明,所提出的算法通过减少和平衡吞吐量有效地共享了ZigBee网络的流量。

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