基于物联网的智能灌溉和农田保护系统

S. Shilaskar, S. Bhatlawande, Jayesh B. Deshmukh, Shreya A. Dehankar
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摘要

在世界各地,农业对食品工业的发展至关重要。我们国家的农业依赖于季风,而季风是不充足的水源。因此,我们必须在农业上使用机械化灌溉。给庄稼充足的水分而不浪费。我们所知道的是,家畜和野生动物经常破坏农场的庄稼,其中一个原因是农作物产量低。在这个所有人都做多种工作的时代,人们不可能按照传统的方法保护庄稼,给庄稼充足的水,在农场里时刻保持清醒,保护庄稼不受动物的伤害。因此,通过使用土壤湿度传感器、PIR传感器等传感器采集现场所有实时数据,由Esp8266 (NodeMcu)采集,以供后续处理。这个系统保证了植物有足够的水供应,并保护田地免受动物的侵害。整个系统将从太阳能电池板获得电力供应,因此由于电力而导致系统故障的可能性几乎可以忽略不计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IoT Based Smart Irrigation and Farm Protection System
All over the world, agriculture is crucial to the growth of the food industry. Agriculture in our nation is dependent on the monsoons, which are insufficient water sources. So, we have to use fully mechanized irrigation in agriculture. For giving crops enough water without squandering it. And all we know Animals, both domestic and wild, frequently destroy the crops on farms, and one reason for this is the crops’ low production. In this generation where all peoples do multiple works where, it is not possible for people to follow the traditional method of protecting the crops and giving sufficient water to the crop, and staying awake at all times on the farm for protecting crops from animals. so, by using some sensors like Soil moisture sensor, PIR sensor, etc to collect all real-time data from the field, collected by Esp8266 (NodeMcu) for further procedure. This system ensures the supply of sufficient water to plants and protects the field from animals. and the whole system will get the electricity supply from the solar panels so there is almost negligible chance of system failure due to electricity.
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