Scalable Real-time Data Interface With Application to Android Based on OPC for IOT

Jing Wang, Deqiang Xin, Zihao Chen, Yunsen Zhou
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Abstract

Traditional industrial data interface follows the object linking and embedding for Process Control (OPC) standard and relies on the personal computers or on-site computers, which has some limitations, e.g., the dependence of Windows platform, too much service couplings, and inflexible usages. There is few researches on scalable real-time data interface with other platforms, and an efficient and scalable real-time data interface that supports mobile applications is one of the key technologies to be solved in software engineering for Internet of Things(IOT). So in this paper, we consider scalable real-time data interface with application to Android, based on OPC. We develop an architecture of the scalable real-time data interface by sufficient analysis, and then present several corresponding modules on Android for application. Finally, we test our designed scalable real-time data interface based on a process control device, and apply it to Android platform. The results show that our designed scalable real-time data interface is practical and efficient.
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基于OPC的基于Android的物联网可扩展实时数据接口
传统工业数据接口遵循过程控制(OPC)标准的对象链接和嵌入,依赖于个人计算机或现场计算机,存在依赖Windows平台、服务耦合过多、使用不灵活等局限性。可扩展的实时数据接口与其他平台的研究很少,而支持移动应用的高效、可扩展的实时数据接口是物联网软件工程中需要解决的关键技术之一。因此,本文考虑了基于OPC的可扩展的Android应用实时数据接口。在充分分析的基础上,提出了一种可扩展的实时数据接口架构,并给出了相应的模块在Android平台上的应用。最后,在一个过程控制设备上对所设计的可扩展实时数据接口进行了测试,并将其应用于Android平台。结果表明,所设计的可扩展实时数据接口实用、高效。
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