Research on Dynamic Adaptation Technology of Multi-protocol in the IOT Gateway

Guolin Yang, Zhiqing Wei, Shuming Jiang, Xiangyang Liu, Huisong Wan, Hu Li
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Abstract

We propose a multi-protocol dynamic adaptation gateway technology to solve the multisource heterogeneity of data in the Internet of Things. There are diversity of access devices and heterogeneous data in the Internet of Things. The major manufacturers of the data format don't have a uniform standard, resulting in a variety of data sources. The structure and semantics of these data sources are different, resulting in the collection of heterogeneous data. This paper designs an Internet of Things gateway based on the dynamic adaptation technology of multi-protocol. Multiprotocol dynamic adaptation is studying for the diversity of access equipment, including dynamic load and start-up, sensor and location addition, local display and processing. In addition, this paper also studies the interaction with the server, web data interface services based on RESTful and the interface service for drive.
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物联网网关多协议动态自适应技术研究
针对物联网中数据的多源异构问题,提出了一种多协议动态自适应网关技术。物联网中接入设备的多样性和数据的异构性。各大厂商的数据格式没有统一的标准,导致数据源千差万别。这些数据源的结构和语义不同,导致了异构数据的收集。本文设计了一种基于多协议动态适应技术的物联网网关。针对接入设备的多样性,研究了多协议动态适应,包括动态加载与启动、传感器与位置添加、本地显示与处理等。此外,本文还研究了与服务器的交互、基于rest的web数据接口服务和驱动接口服务。
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