Using Edge Computing framework with the Internet of Things for Intelligent Vertical Gardening

Abhimanyu Bhowmik, Madhushree Sannigrahi, P. Dutta, Saubhik Bandyopadhyay
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Abstract

The semantic sensor node interprets sensor data from the physical devices that make observations using Semantic Web technology and reasoning. One example is the use of conceptual frameworks in automated gardening systems by collecting plant health characteristics and pest resolution models and optimum temperature control models on a regular basis and passing it to a gardener or a caretaker in a flat making it feasible to monitor plant health status from remote locations. At regular intervals, the Bolt IoT platform collects data on the availability of sunlight and soil moisture content for the plants. After processing and validating data with Integromat (cloud-based logic design), an SMS is delivered to our smartphone via Twilio (cloud communication platform), and the user performs the necessary actions depending on the data. This smart horticulture system will give the user ease and comfort even when they are not physically there, allowing people to better care for our garden.
利用边缘计算框架和物联网实现智能垂直园艺
语义传感器节点解释来自物理设备的传感器数据,这些设备使用语义Web技术和推理进行观察。一个例子是在自动化园艺系统中使用概念框架,通过定期收集植物健康特征和害虫解决模型以及最佳温度控制模型,并将其传递给公寓的园丁或管理员,从而可以从远程位置监测植物健康状况。Bolt物联网平台定期收集有关植物可用阳光和土壤水分含量的数据。通过integrmat(基于云的逻辑设计)对数据进行处理和验证后,通过Twilio(云通信平台)将短信发送到我们的智能手机上,用户根据数据执行必要的操作。这种智能园艺系统将给用户带来轻松和舒适,即使他们不在那里,也可以让人们更好地照顾我们的花园。
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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