基于物联网的低成本农村农业智能通知系统

Muhammad Umar Diginsa, Y. Md Yusof, A. Azizan, Suriani Mohd Sam, Noor Azurati Ahmad, H. Abas, S. Yuhaniz, M. Z. Adam
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引用次数: 0

摘要

目前,农村的人们使用手动农机具收割。人工灌溉增加了农民在农场的时间,这加剧了全球变暖和农业安全问题。人工机械的使用会在灌溉过程中产生烟雾,增加了地球表面的热量,从而降低了绿色能源的效果。因此,当他们使用该系统时,他们不会花很多钱购买原油。另一方面,土匪与农民发生冲突,动物在丛林中袭击农民,这使得农民很难到达他们的农场。正如我们在本研究中提出的,一个简单而有效的物联网系统在很大程度上有助于解决这些问题。在本研究中,我们使用树莓派作为主处理器和传感器模块作为设备的组合来收集农业数据,以进一步深入了解和分析。除了通过节能水泵自动灌溉外,开发的系统还主动减少了农民在农场上花费的时间,并在任何时间和地点向移动设备提供即时通知。
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Low-cost IoT-Based Smart Notification System for Rural Agriculture
At present, people in the countryside use a manual agricultural machine for harvesting. This contributes to global warming and agricultural safety problems as manual irrigation increases farmers' time on the farm. The use of manual machinery causes smoke during irrigation, which increases the heating of the earth's surface and thus reduces the green energy effect. So they do not spend a lot of money on buying crude oil when they use the system. On the other hand, there are bandits who come into conflict with farmers and animals that attack farmers in the bush, which makes it difficult for farmers to reach their farms. A simple but effective IoT system, as we have proposed in this study, helps to solve these problems to a large extent. In this study, we use a combination of a Raspberry Pi as the main processor and sensor modules as devices to collect agricultural data for further insights and analysis. Apart from automatic irrigation through the power-saving water pump, the developed systems have taken the initiative to reduce the time farmers have to spend on the farm and provide instant notifications to a mobile device at any time and place.  
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