In this paper, we proposed EEPR algorithm which employs both the residual energy of a node and the ETX value as the routing metrics, at the same time.
本文提出EEPR算法，该算法采用一个节点剩余能量和ETX值作为路由度量，同时。
The proposed EEPR algorithm adopts energy-efficient probabilistic control by simultaneously using the residual energy of each node and ETX metric in the context of the typical AODV protocol.
EEPR算法通过在典型的AODV协议中，同时使用其每个节点的剩余能量和ETX度量进行模拟，以此控制节能概率。
The proposed EEPR algorithm stochastically controls the number of the RREQ packets using the residual energy and ETX value of a link on the path and thus facilitates energy-efficient route setup.
所提算法通过使用的剩余能量和链路路径上的ETX值，来随机控制RREQ包的数量，从而有利于节能路由的建立。
The proposed EEPR algorithm stochastically controls the number of the RREQ packets using the residual energy and ETX value of a link on the path and thus facilitates energy-efficient route setup.
所提算法通过使用的剩余能量和链路路径上的ETX值，来随机控制RREQ包的数量，从而有利于节能路由的建立。
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