...组 业务流等待接受服务时，必须确定合理的服务规则，安排流的服务顺序和服务时 间，以满足各个业务流的分组时延（Packet Delay）、延时抖动（Delay儿tter）、 吞吐量（Throughput）和分组丢失率（Packet Los sRate）等QoS要求。
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So frequent route discoveries can cause some problems such as packet delay too long and throughput of network too low, and can’t support QoS very well.
如此频繁的路由发现将会引起诸如分组时延大、网络吞吐量低等问题,不能很好地支持QoS保障。
参考来源 - Ad Hoc网络中基于SWAN模型的QoS多径路由的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
提出了一种基于平均分组时延与分组能量消耗乘积最小的路由路径选择算法。
A routing path selected algorithm based on the minimization product of packet delay and packet energy consumption is proposed.
仿真表明，该算法可以动态调整网络路由路径，使所选路径的平均分组时延与分组能量消耗乘积达到最小。
Simulation demonstrated that the algorithm could dynamic adjust the route which can make the product of packet delay and energy consumption of routing path to be minimization in AD hoc networks.
计算机模拟结果表明两种优化都有力地改进了网络性能，既能显著地提高网络吞吐量，又极大地减小分组时延。
Simulation result shows that both of the optimal scheduling remarkably improve the performance. They not only greatly increase the throughput, but also dramatically drops the network delay.
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