Design and Implementation of Real-Time Flow Viewer across Different Domains

Wun-Yuan Huang, Jen-Wei Hu, Tahsin Chou, Te-Lung Liu
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引用次数: 3

Abstract

Due to rapid development of Internet, the amount of users around the globe is fast-growing in the past 30 years. It leads to the appearance of many problems, such as lack of IPaddresses, worse quality of service, and so on. In order to resolve these problems, many researchers start to design and implement innovative network architectures, which we call Future Internet. Most Future Internet projects in the world deploy OpenFlow technology developed by Stanford University in current network backbone to setup programmable Future Internet test beds. Currently, many international experiments have at least one controller for each organization in order to decrease overheads in single controller environment. In this paper, we study and implement real-time flow viewer across different domains based on the automatic network topology discovery system from our previous work. The real-time flow viewer can be used as a network management tool for validation of inter-domain flow assignment and observation of network activities across different domains.
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跨域实时流查看器的设计与实现
由于互联网的快速发展,在过去的30年里,全球用户数量快速增长。这导致了许多问题的出现,如缺乏ip地址,服务质量下降,等等。为了解决这些问题,许多研究者开始设计和实现创新的网络架构,我们称之为未来互联网。世界上大多数未来互联网项目在现有的网络骨干网上部署了斯坦福大学开发的OpenFlow技术,以建立可编程的未来互联网测试平台。目前,国际上许多实验都要求每个组织至少有一个控制器,以减少单控制器环境下的开销。本文在前人研究的网络拓扑自动发现系统的基础上,研究并实现了跨域的实时流查看器。实时流查看器可以作为网络管理工具,用于验证域间流分配和观察跨不同域的网络活动。
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