摘要
为解决节点间数据交换和共享汇聚的智能化交换任务调度,运用本算法分析节点间的数据交换需求类别,通过历史数据分析得出不同交换节点间的时间序列特征及路由传输特征,以静态策略应对长期性和周期性数据交换潮汐,以动态策略应对随机或偶发性数据交换浪涌。应用结果表明,方法在数据交换智能化调度,保障在高并发条件下交换的可靠、稳定和高效方面具有更好的灵活性与通用性。
In order m solve the problems of data exchange among the nodes and share the intelligent exchange task scheduling of convergences, this algorithm is applied to analyze on the categories of data exchange requirement as well as the characteristics of time series and routing transmission among different exchanging nodes based on historical data analysis. The static strategy is used to cope with the long-time and periodic data exchange tide. The dynamic strategy is used to deal with the random or accidental data exchange surge. The application results show that this method can benefit data exchange intelligent dispatching. Concerning the reliability, stability and high efficiency of data exchange, this method can also guarantee a better flexibility and universality of data exchange under the condition of high concurrency.
出处
《计算机与网络》
2017年第8期73-75,共3页
Computer & Network
关键词
数据交换
智能化调度
交换策略
智能化路由交换
data exchange
intelligent dispatch
exchange strategy
intelligent routing and switching
