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arXiv 1910.08232cs.NIcs.DC
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FLIP:适用于大规模IoT的灵活IoT路径规划框架

FLIP:FLexible IoT Path Programming Framework for Large-scale IoT

Shahzad, Eun-Sung Jung

摘要:

随着形成物联网结构的智能对象的快速增加,不可避免地会看到数十亿台设备连接在一起,形成大规模的物联网网络。物联网设备的快速增长导致了用户需求和网络复杂性的增加。以最佳的网络利用率和简单性从这些物联网设备收集大数据变得越来越具有挑战性。本文提出了一种面向大规模物联网的FLIP- Flexible IoT Path Programming Framework。FLIP的显著特点是它从用户需求的角度关注物联网结构,并使用SDN技术和DPI技术来有效地满足用户需求,并以自动化和分布式的方式在网络中建立数据路径。FLIP利用SDN结构,通过网内计算和自动化数据路径建立来优化网络利用率,同时隐藏网络复杂性。我们通过实验评估了我们的框架,结果表明,FLIP有潜力以自动化的方式满足用户的需求,优化网络利用率。

英文摘要:

With the rapid increase in smart objects forming IoT fabric, it is inevitable to see billions of devices connected together, forming large-scale IoT networks. This expeditious increase in IoT devices is giving rise to increased user requirements and network complexity. Collecting big data from these IoT devices with optimal network utilization and simplicity is becoming more and more challenging. This paper proposes FLIP- FLexible IoT Path Programming Framework for Large-scale IoT. The distinctive feature of FLIP is that it focuses on the IoT fabric from the perspective of user requirements and uses SDN techniques along with DPI technology to efficiently fulfill the user requirements and establish datapath in the network in an automated and distributed manner. FLIP utilizes SDN structure to optimize network utilization through in-network computing and automated datapath establishment, also hiding network complexity along the way. We evaluated our framework through experiments, and results indicate that FLIP has the potential to fulfill user requirements in an automated fashion and optimize network utilization.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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