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A New Opportunistic Routing Mechanism Based on Partial Network Coding

机译:基于部分网络编码的新机会路由机制

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The network coding could improve the wireless network transmission performance. The network nodes using the traditional full network coding have to wait the arrival of other data packets for coding, which increase the network delay. This paper proposed the ORPNC (Opportunistic Routing based on Partial Network Coding) protocol, which combining partial network coding with opportunistic routing to decrease the network coding delays and improve the network stability. Meanwhile, a new forwarding strategy -- ETXEC is designed, and the forwarding node is selected according to current link status and node residual energy during designing candidate set for forwarding. The simulation results show that network delay could be reduced by about 25%. The energy consumption of network node could be well balanced through using ETXEC forwarding strategy, and the network stability could be further improved.
机译:网络编码可以提高无线网络传输性能。使用传统的完整网络编码的网络节点必须等待其他数据包进行编码,这增加了网络延迟。本文提出了orpnc(基于部分网络编码的机会路由)协议,其与机会路由组合的部分网络编码来降低网络编码延迟并提高网络稳定性。同时,设计了新的转发策略 - ETXEC,并根据当前链路状态和节点在设计用于转发的候选集中的节点剩余能量来选择转发节点。仿真结果表明,网络延迟可能降低约25%。通过使用ETXEC转发策略,网络节点的能量消耗可以很好地平衡,并且可以进一步提高网络稳定性。

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