Performance testing of M2M middleware platform

2017 3rd International Conference on Science in Information Technology (ICSITech) Pub Date : 2017-10-01 DOI:10.1109/ICSITECH.2017.8257142

F. Z. Fahmi, M. Abdurohman

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引用次数: 2

Abstract

Machine to Machine Communication (M2M) is an enabler of Internet of Things (IoT) ecosystem. One of representative implemetation of M2M middleware platform is OpenMTC based on 3gpp standard. OpenMTC is horisontal M2M Platform that connect sensors and devices to user application. It support scalability by providing gateway capability layer for connecting to sensors and devices and network capability layar for supporting user application. This platform will handle large data from hundreds to thousands of sensors and devices and send the data to the suitable application. This paper has tested OpenMTC platform performance regarding its capability to handle large data. Utility and response time are measured parameters of middleware server performance. The result shows that server utilization increases when the number of nodes is less than 30. The utilization of the server shows a constant value of 70% when the number of nodes over 30. Response time to increase in line with the increase of node number. Response time is still on target while the number of nodes is less than 30.

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M2M中间件平台性能测试

机器对机器通信(M2M)是物联网(IoT)生态系统的推动者。基于3gpp标准的OpenMTC是M2M中间件平台的代表性实现之一。OpenMTC是将传感器和设备连接到用户应用程序的水平M2M平台。它通过提供用于连接传感器和设备的网关功能层和用于支持用户应用程序的网络功能层来支持可伸缩性。该平台将处理来自数百到数千个传感器和设备的大数据，并将数据发送到合适的应用程序。本文对OpenMTC平台处理大数据的能力进行了性能测试。效用和响应时间是中间件服务器性能的度量参数。结果表明，当节点数小于30时，服务器利用率有所提高。当节点数大于30时，服务器的利用率显示为恒定值70%。响应时间随节点数量的增加而增加。当节点数小于30时，响应时间仍然符合目标。

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2017 3rd International Conference on Science in Information Technology (ICSITech)

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