相比于传统MRA算法,该算法生成的组播树中源点到组播成员节点的平均延时大约为前者的90%。
The average delay from the source to all destinations in the tree generated by the algorithm is about 90% of the traditional MRA algorithm.
通过构建加速路由表,加快发现服务的速度,降低消息转发的延时,并通过幂次序组播算法改善对超级点的依赖性。
It will speed up the lookup process and reduce the service delay with the expressed routing table and power sorting multicast algorithm.
延时测试的结果与即时测试结果相似,但双语注释组与单项注释组没有显著差异。
However, the difference between the single and the bilingual was not significant in the delayed post test.
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