基于纠缠交换的量子无线网状网络路由协议的研究

QUANTUM WIRELESS MESH NETWORK ROUTING PROTOCOL BASED ON ENTANGLEMENT SWAPPING

阐述量子无线网状网络的模型结构,对于结构复杂的量子无线网状网络,提出一种新的路由协议。为了避免网络风暴,在建立节点之间的经典信道时使用最小生成树方法。提出一种新的量子信道建立方法,将所选路由节点视为一个路由序列,将其分组进行量子纠缠交换。该方法比通常使用的“两端逼近”方法更有效,量子信息传输通过量子隐形传态完成。

This paper expounds the model structure of quantum wireless mesh network.For the quantum wireless mesh network with a complex structure,we propose a new routing protocol.In order to avoid network storms,a minimum spanning tree method was used to establish the classical channel between nodes.Then,we proposed a new method to establish a quantum channel,which treated the selected routing node as a routing sequence and grouped it into quantum entanglement exchange.This method is more efficient than the commonly used two-end approximation method,and the quantum information transmission is completed through quantum teleportation.