Proposal for an alert and monitoring solution based on the SIP and IoT protocol: the case of agriculture

L. Ndiaye, Kéba Gueye, S. Ouya
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Abstract

The increase in the world's population is forcing a shift towards smart agricultural practices. This, together with dwindling natural resources, limited availability of arable land and increasing unpredictable weather conditions, makes food security a major concern for most countries. As a result, the use of Internet of Things (IoT), ToIP and data analytics (DA) are helping to improve operational efficiency and productivity in the agricultural sector. There is a paradigm shift from the use of Wireless Sensor Network (WSN) as a major driver of smart agriculture to the use of IoT and DA. In this article, we are going to couple the robustness of connected objects with IP telephony (the SIP protocol) to set up a system allowing an agronomist to consult but also to be informed about the state of the soil of his plants in moisture matter. He does not have to be present in the field but simply have his phone to check the condition of the soil in the plants. He will dial a number and the system will communicate the water level in the ground to him and he can make decisions. In case he does not consult for a certain time and the ground level reaches a defined value, the system sends him an alert by automatic call and a channel will communicate to him the state of the garden soil, he can in turn call his sensible gardener will water to restore the condition of the soil to normal.
基于SIP和物联网协议的警报和监控解决方案建议:以农业为例
世界人口的增长正迫使人们转向智能农业实践。这一点,再加上自然资源日益减少、可耕地有限以及日益不可预测的天气条件,使粮食安全成为大多数国家的主要关切。因此,物联网(IoT)、topip和数据分析(DA)的使用有助于提高农业部门的运营效率和生产力。从使用无线传感器网络(WSN)作为智能农业的主要驱动力,到使用物联网和数据处理,模式发生了转变。在本文中,我们将把连接对象的健壮性与IP电话(SIP协议)结合起来,建立一个系统,使农学家能够咨询,同时也能了解他的植物在水分物质中的土壤状态。他不需要出现在田地里,只需要用他的手机来检查植物的土壤状况。他拨一个号码,系统就会把地面的水位告诉他,他就可以做决定了。如果他在一段时间内没有进行咨询,并且地面水位达到设定值,系统将通过自动呼叫向他发送警报,并通过通道将花园土壤的状态传达给他,他可以反过来呼叫他的明智的园丁将水恢复到土壤状态正常。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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