A Survey on IoT Architecture

S. Dhanasekar, E. Ilankhatir, S. Divakar, D. Vennila
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Abstract

Internet of things (IoT) has started growing due to the developments in RFID, sensors, communication technologies and Internet protocols. The basic aim is to connect sensors in a straight line devoid of human association in the vicinity of help in creation of new types applications. The revolution in mobile, Internet in addition to machine-to-machine (M2M) technologies preserve is seen when the primary step towards IoT. Internet of Things (IoT) is forwarding the association among the objects (the “things”) and the backend systems passing through the Internet. Every object can become connected and smart. As a result, the background is monitored via sensing the background furthermore the data are transferred toward cloud with internet connectivity of the things. The monitoring environment comes closer in spite of distance. There are several platforms that provide services such as data analytics, business analytics, notification, etc. Each platform provides a specific service In this expose, we examine a delegate section of these platforms, together opensource and proprietary, on the source of their capability to convene the potential of dissimilar IoT users. The evaluation focuses on how prepared and functional these platforms are for IoT ecology players, other than on the peculiarities of the essential scientific layers. This paper mainly aims to provide a summary of different platforms and stages for IOT. This paper would help the IoT users to decide their best platform to suit their application.
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物联网架构综述
由于RFID、传感器、通信技术和互联网协议的发展,物联网(IoT)开始增长。其基本目标是将传感器连接在一条直线上,而不需要人类的联系,从而帮助创建新型应用程序。移动、互联网以及机器对机器(M2M)技术的革命被视为迈向物联网的第一步。物联网(IoT)是通过互联网转发对象(“事物”)和后端系统之间的关联。每个物体都可以连接起来,变得智能。因此,通过感知背景来监控背景,并通过物联网将数据传输到云端。尽管距离遥远,监控环境却越来越近。有几个平台提供数据分析、业务分析、通知等服务。每个平台都提供特定的服务在本公开中,我们研究了这些平台的委托部分,包括开源和专有,以及它们召集不同物联网用户潜力的能力来源。评估的重点是这些平台对物联网生态参与者的准备和功能,而不是基本科学层的特性。本文的主要目的是对物联网的不同平台和阶段进行总结。本文将帮助物联网用户选择适合其应用的最佳平台。
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