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Coding opportunity routing protocol based on dynamic redundancy control in wireless network

机译:无线网络中基于动态冗余控制的编码机会路由协议

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As opportunity routing protocol relies on the received encoded packet to estimates the number of forwarding packets, and it makes that the node does not know whether its sending packets cause data redundancy and other issues for the downstream node???s updating information, thus this paper proposes wireless network coding opportunity routing protocol based on dynamic redundancy control. The agreement will from the perspective of linear space abstract opportunity routing based on network coding as a general opportunity routing, assign each forwarding node forwarding priority in accordance with the ETX distance between forwarding node and the destination node. Forwarding nodes near the destination node will preferentially broadcast the forwarding packets and zero space vector of received linear space. After hearing the broadcast information, nodes with low priority judge the amount of information contained in its linear space according to the zero space vector, then dynamically determines the number of node???s forwarding packets. Since the reception of the downstream node has been considered when deciding the forward packets, thus reduces transmission of invalid information and reduces overhead. Finally conducts experiments and experimental results show that: compared to the classical MORE protocol, the proposed agreement improves network throughput reduces overhead.
机译:由于机会路由协议依赖于接收到的编码数据包来估计转发数据包的数量,因此使得该节点不知道其发送数据包是否会导致数据冗余以及下游节点的其他信息?提出了一种基于动态冗余控制的无线网络编码机会路由协议。该协议将从基于网络编码的线性空间抽象机会路由(作为一般机会路由)的角度出发,根据转发节点与目的节点之间的ETX距离分配每个转发节点转发优先级。目的地节点附近的转发节点将优先广播转发数据包和接收到的线性空间的零空间矢量。低优先级的节点在听到广播信息后,根据零空间矢量判断其线性空间中包含的信息量,然后动态确定节点的转发报文数。由于在确定前向分组时已经考虑了下游节点的接收,因此减少了无效信息的传输并减少了开销。最后进行的实验和实验结果表明:与经典的MORE协议相比,该协议提高了网络吞吐量,减少了开销。

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