At the end of the paper it implements the two energy-efficient routing protocols in NS-2, and does many simulation experiments.
最后本文在NS-2下实现了这两种节能路由,并进行了大量的仿真实验。
参考来源 - 基于跨层机制的Ad hoc网络节能路由研究·2,447,543篇论文数据，部分数据来源于NoteExpress
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.
DPAEER和DPAEERT都将功率控制机制和节能路由算法相结合，使用跨层优化的方法实现最大程度上节省了节点的能量消耗。
Finally, we described the steps to implement the cross-layer power control mechanism and proposed energy efficient routing protocols, which are DPAEER and DPAEERT in Qualnet.
Peh的模拟显示，采用这种路由器网络可以比前两种常规方法更加高效且更加节能。
Peh's simulations show that a network of routers is more computationally and energy efficient than either of the standard alternatives.
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