基于WSNs/IOT的温室远程监控系统用户认证方案

M. Akhtar, M. Hussain, J. Arshad, Mudassar Ahmad
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引用次数: 3

摘要

现代机械和技术的使用大大减少了农业的劳动。下一个阶段是使蔬菜/作物的生长不受季节的影响。这是通过引入温室而实现的。温室的实质是根据作物的具体需要,对温度、湿度、光照、压力和二氧化碳等环境参数进行控制。将物联网技术与温室相结合,实现对温室环境的远程监控和参数智能控制。在温室中部署OT和wsn需要与监控/控制室安全有效的连接。在温室部署无线传感器网络时,以下几个方面值得考虑。硬件连接用户认证本研究的目的是设计一种在温室环境中部署物联网的用户认证方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
User Authentication Scheme for Greenhouse Remote Monitoring System using WSNs/IOT
Use of modern machinery and technology has significantly reduced the labor work in agriculture. The next level was to make growth of vegetables/ crops independent of seasons. This was made possible by introducing greenhouses. Essence of greenhouse lies in control of environmental parameters like temperature, humidity, light, pressure and CO 2 as per specific crop needs. Integrating IOT technology with greenhouse enables us to remotely monitor the greenhouse environment and control its parameters intelligently. OT and WSNs deployed in greenhouse require a secure and efficient connectivity with monitoring/ control room. While deploying a WSN for greenhouse following aspects are worth considering. Hardware Connectivity User Authentication The objective of this research is to devise a user authentication scheme for deployment of IOT in greenhouse environment.
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