传感器和物联网技术入门

Kowsalyadevi, N.V. Balaji
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摘要

物联网(IoT)是近期的研究课题。 物联网"(IoT)一词由凯文-阿什顿(Kevin Ashton)于 1999 年提出。物联网(IoT)是一个由物理对象或 "物 "组成的网络,这些物理对象或 "物 "嵌入了设备、软件、传感器和网络,以提供更多价值。通过与制造商共享数据、提供服务运营商或其他链接设备,每一个元素都是不同的。它因其嵌入式计算系统而与众不同,但又能在当前的互联网中协同工作。物联网正在工业和人们个人生活的每一个角落实施。各国政府正在注意并从不同角度研究物联网。其中一个方面是物联网系统如何帮助提高性能、分析和完成其他任务。智能和决策是最重要的方面。它将各种传感器和物体结合在一起,在没有人为干扰的情况下直接进行交互。本研究论文重点介绍物联网架构的最新进展。它有四个重要的层,即感知层、网络层、中间层和应用层。传感器可提供有关新兴医疗保健问题的信息。最近,传感器被认为是物理学、电子学和生物技术中发展最迅速的领域之一,也是受益于微电子学、光学和计算机科学技术进步最多的领域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
INCEPTION TO SENSOR AND IoT TECHNOLOGY
The Internet of Things (IoT) is the recent research topic.  The term “Internet of Things" (IoT) is a term that was conceived in 1999 by Kevin Ashton. The Internet of Things (IoT) is a network of physical objects or "things" that are embedded with devices, software, sensors, and networking in order to provide more value. By sharing data with the manufacturer, and by providing service operator or other devices that are linked, every single element is different. It is distinguishable due to its embedded computing system, but able to work together in the current internet. The IoT is being implemented in every hook and corner of industry and personal life of people. Governments are taking note and examining IoT from different perspectives. One aspect is how IoT system can help with performance, analytics and other tasks. Intelligence and decision making are the most important aspects. It combines various sensors and objects to interact directly with one another without human interference. This research paper focuses on the state of the art of IoT architecture. It has four significant layers, the Perception Layer, Network Layer, Middle Layer and Application Layer. The sensors can provide information on emerging health-care issues. Sensors have recently been considered as one of the most rapidly developing fields in physics, electronics, and biotechnology, and it is the one that has benefited the most from advances in individual microelectronics, optical, and computer sciences technologies.
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