物联网设备基于SDN的TCP多路径方法在Web服务中的应用

Yuki Yoshida, Yoshihiro Ito
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引用次数: 0

摘要

万物互联互通的物联网(Internet of Things)开始普及,需要网络控制来应对物联网带来的流量的快速增长。然而,仅依靠现有协议很难实现这种控制,并且对协议进行改革需要时间和成本。因此文献[1]建议使用物联网设备作为SDN设备,并提出了TCP多路径化方法,通过SDN根据每条路径的数据包长度和流量选择路径。另一方面,由于物联网设备性能的提升,甚至在物联网设备上也有望使用Web服务,可以想象将[1]方法应用于Web服务。但是,参考文献[1]并没有验证使用Web服务的有效性。本文旨在研究[1]方法在Web服务中的适用性,并通过实验对HTTP吞吐量和响应时间进行测量和比较。实验结果表明,该方法适用于Web服务的使用。
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Application of TCP Multi-Pathization Method with SDN by IoT Devices to Web Service
IoT (Internet of Things) that everything is connected to the Internet and communicates is beginning to spread, and network control is required to respond to the rapid increase in traffic volume by IoT. However, it is difficult to realize such control with only existing protocols, and it takes time and cost to reform the protocol. Therefore, reference [1] suggests using IoT devices as SDN equipment and proposes TCP multi-pathization method with SDN which selects paths based on packet length and traffic volume of each path.On the other hand, due to the upgraded performance of IoT devices, it is expected to use Web services even on IoT devices, and it is conceivable to apply the [1] method to Web services. However, reference [1] does not validate the effectiveness of using Web services. In this paper, we aim to investigate the applicability of [1] method to Web services, and measure and compare the HTTP throughput and the response time by experiment. Experimental results show that this method is suitable for using Web services.
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