基于Sdn-Ndn的转发策略性能分析

D. Pratama, L. V. Yovita, S. N. Hertiana
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引用次数: 1

摘要

软件定义网络(SDN)与命名数据网络(NDN)的集成具有能够节省用户接收数据所需的时间的优点。而发送者的数据是生产者,这是消费者不知道的。可以开发SDN和NDN的集成,以节省每个公司或教育领域的资源。SDN-NDN是实现IP网络与NDN融合的一种新架构。在本研究中,作者使用基于SDN-NDN的最佳路由、组播和访问转发策略进行了性能分析,以测量发送的数据包数量的往返时间、吞吐量、CPU使用率和内存使用率。从本研究得到的结果来看,SDN-NDN在往返时间和吞吐量方面都比NDN有更好的性能。但是SDN-NDN比NDN使用更多的CPU和内存。基于转发策略的实现,Access Router策略比Best-Route和Multicast转发策略具有更高的吞吐量和更长的往返时间。
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Performance Analysis Forwarding Strategies Based Sdn-Ndn
The integration of Software Defined Network (SDN) with Named Data Network (NDN) has the advantage of being able to save the time needed by consumers when receiving data. And the sender’s data was the producer, which is not known by the consumer. The integration of SDN and NDN can be developed to save resources in each company or in the field of education. Also, with SDN-NDN is a new architecture to make IP network integration with NDN.In this study, the author performed a performance analysis using the SDN-NDN based Best Route, Multicast, and Access Forwarding Strategy to measure Round Trip Time, Throughput, CPU Usage, and Memory Usage on the number of data packets sent. Based on the results obtained in this study, SDN-NDN has good performance compared to NDN during round trip time and throughput. But SDN-NDN uses more CPU and memory usage than NDN. Based on the implementation of the forwarding strategy, the Access Router strategy has a higher throughput and more round trip time than the Best-Route and Multicast forwarding strategies.
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