Significance of Robotics in Manufacturing, Energy, Goods and Transport Sector in Internet of Things (IoT) Paradigm

Ankit R. Patel, S. Azadi, M. Babaee, N. Mollaei, Kalpesh L. Patel, Dhirendra Mehta
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引用次数: 12

Abstract

The advent of robotics itself a revolutionary process or change. It affect in factory automation in such a way that the process to the product path in manufacturing is totally changed. This operation performed by the robots and intelligent systems change the perspective of the industry by the end of 20th century. The field of robotics challenges among researchers, academicians and in the industry since last two decades. This is due to its vast application in every field includes medical, manufacturing, engineering, goods and transportation, defence, smart cities, etc. Today, robotics/robots are not only bounded by the process automation, but they are integrated part of Internet of Things (IoT) to provide some unsolved solutions. A robot as a service having all key features of IoT like autonomous, mobile, sensing and action taking. The infrastructure facility provided by the IoT facilitate to provider to use as a connected things and establish connections with other things using Internet, either as a end user and/or source of so called information. This paper clearly describes how robotics and IoT work together at different platforms.
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机器人在物联网(IoT)范式下制造、能源、货物和运输领域的意义
机器人技术的出现本身就是一个革命性的过程或变化。它对工厂自动化的影响是这样的,制造过程到产品路径完全改变了。这种由机器人和智能系统完成的操作改变了20世纪末的工业前景。近二十年来,机器人领域在研究人员、学者和工业界面临着挑战。这是由于它在各个领域的广泛应用,包括医疗、制造、工程、货物和运输、国防、智慧城市等。今天,机器人技术/机器人不仅限于过程自动化,而且它们是物联网(IoT)的一部分,提供一些未解决的解决方案。机器人即服务具有物联网的所有关键特征,如自主、移动、传感和采取行动。物联网提供的基础设施便于供应商作为连接物使用,并通过互联网与其他事物建立连接,作为最终用户和/或所谓的信息源。本文清楚地描述了机器人和物联网如何在不同的平台上协同工作。
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