Device to Cloud (D2C) Integration for Automated Device Management

P. Arulmozhi, Avila Jayapalan, Sai Phani Charan. S, Sai Sumanth Kumar. B, Sudharshana. N, P. Raj
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Abstract

The brewing IT trends include our everyday things that are getting digitized systematically. All kinds of personal and professional devices are getting connected. Cloud environments are empowered to capture the ground-level of cloud storage, processing and knowledge discovery. Especially home appliances, machines, transportation, business storage, and goods, etc. are increasingly connected with one another and with cloud-based applications. Radio Frequency identification (RFID) is a popular communication technology used to enable devices to talk to one another. RFID technology is capable of identifying and continuously monitoring the living and nonliving things in our daily environments. The Internet of things (IoT) refers to the ever-growing network of digitized objects. In this paper, the author discussed the secured university administration by RFID on fire based cloud and have leveraged a few mathematical formulae as tools in python to determine the current server performance level to identify where upgrades or new equipments are necessary.
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设备到云(D2C)集成自动化设备管理
正在酝酿的IT趋势包括我们的日常用品正在系统地数字化。各种各样的个人和专业设备正在连接起来。云环境能够捕获底层的云存储、处理和知识发现。特别是家用电器、机器、运输、商业存储和货物等越来越多地相互连接,并与基于云的应用程序连接。无线射频识别(RFID)是一种流行的通信技术,用于使设备能够相互通信。RFID技术能够识别和持续监控我们日常环境中的生物和非生物。物联网(IoT)是指不断增长的数字化物体网络。在本文中,作者讨论了基于火灾云的RFID安全大学管理,并利用一些数学公式作为python工具来确定当前服务器的性能水平,以确定需要升级或新设备的地方。
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