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DYNAMIC TOPOLOGY MANAGEMENT IN SELF-BACKHAULING WIRELESS MESH NETWORKS

机译:自反回无线网状网络中的动态拓扑管理

摘要

An implementation is developed to dynamically change the topology of a mesh network connectivity comprised of many mesh nodes and route IP packets across the network in a wireless network, wherein an IP tunnel and a control connection are established between a pair of mesh nodes using a mesh application (called, Mesh App). The Mesh App has several key functions such as collecting local wireless user equipment IP addresses from the local Core Network, and remote IP addresses and routing information from its neighbor Mesh Apps, enabling routing of data traffic hop by hop across the network. Furthermore, it changes the UEs in the ‘reject list’ forcing the disconnection of certain UEs and backhaul modems so as to alter the topology or the network, and distributing the topology change information to its neighbors.
机译:开发了一种实现以动态地改变由许多网格节点组成的网格网络连接的拓扑并在无线网络中跨网络路由IP数据包的实现,其中使用网格在一对网格节点之间建立IP隧道和控制连接。应用程序(称为Mesh App)。 Mesh App具有几个关键功能,例如从本地核心网络收集本地无线用户设备IP地址,以及从其邻居Mesh App收集远程IP地址和路由信息,从而实现跨网络逐跳路由数据流量。此外,它会更改“拒绝列表”中的UE,从而迫使某些UE和回程调制解调器断开连接,从而更改拓扑或网络,并将拓扑更改信息分发给其邻居。

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