本文对网络移动基本支持协议的工作过程进行分析，提出了适用于多级嵌套的移动子网的路由优化机制，并分析了这种机制的性能。
At the last part, network Mobility Basic Support Protocol is analyzed, and a novel route optimization mechanism in nested mobile network is proposed.
本文主要对ZRP协议(区域路由协议)进行研究，并对其缓存机制进行优化。
In this paper, we mainly study the Zone Routing Protocol, and optimize the cache scheme of the ZRP.
给出了系统中的关键技术，包括数据模型、查询语言模型、路由策略、查询处理及优化策略，以及双向递交机制。
There are also some new key techniques for the system here, such as data model, query language model, routing policy, query processing, optimization strategy, and bidirectional delivery mechanism.
论文对基于约束的路由机制进行了重点论述，为其建立了数学规划模型，并给出了常用的优化算法。
This paper puts emphasis on the discussion of constraint-based routing, its mathematical programming model is given and several common optimization algorithms are illustrated.
算法通过建立传感器网络节点运作模型，及相邻节点剩余能量预测机制，优化路由选择。
Constructing the running model of sensor nodes, predicting the remaining energy of its neighbor nodes, the routing selection was optimized.
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.
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.
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