基于物联网的智慧农业

Bhamidipati Venkata Sai Akhilesh, Kodhati Sai Vikhyath Rao, Aayush Chakraborty, Ritesh Panditi
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引用次数: 6

摘要

农业,务农或耕作是人类历史上重要的职业。“农业”一词代表了群众有机现象线性序列下的所有实体。由于人类是地球上最聪明的生物物种,他们的聪明总是鼓励他们去发现和创新。这种创新的欲望导致了许多发明,比如轮子,生活水平的提高,语言的进步,以及无数的成就。正如我们所知,在当今时代,需要基于物联网技术的土壤和温度监测系统。目前,有时农民不知道他们的土壤湿度的现状,在这种情况下,他们的作物有时会死亡。有时由于水位过高或过低,这些作物处于对其生存危险的条件下,因此对于这些类型的情况,需要土壤湿度和环境温度监测系统。通过使用这个系统,农民可以很容易地自己决定他们的作物。目前,有一些技术和方法可以在GPRS上工作,但由于GPRS存在连接问题,因此在建议的工作中被丢弃。在不同传感器的帮助下,物联网已被用于拟议的工作中。关键词:农业,NodeMCU,物联网,湿度传感器,DHT11 Purvaa Saxena, Gargi Mishra, Nitin Kumar, Ayush Priyadarshi, Rahul基于物联网的智慧农业。传感器研究与技术的最新趋势。2020;7 (2): 7-11p。
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IOT BASED SMART AGRICULTURE
Abstract Agriculture, farming or cultivation are important occupations since the history of the human race is maintained. The word "Agriculture" represents all entities that came beneath the linear sequence of links of organic phenomenon for masses. Since humans are the smartest living species on earth, their smartness always encourages them to discover and innovate. This desire to innovate led to many inventions like the wheel, advancement in standards of living, language, and countless more achievements. As we know, in the present era, there are a need for soil and temperature monitoring systems, which is based on the technology of the Internet of things. In current, sometime farmer doesn't know the current status of their soil moisture, and on that case some time their crops will die. Some time because of extra or less level of water, these crops are under conditions that are dangerous for their survival, so for these type of situations, soil moisture and environmental temperature monitoring system is required. By using this system, farmers can easily make a decision for their crops on their own. Currently, there are some technologies and methodologies that work on GPRS, but since GPRS has connectivity issues, it is discarded in proposed work. IoT, with the help of different sensors has been used in proposed work. Keywords: Agriculture, NodeMCU, IoT, Moisture sensor, DHT11 Cite this Article Purvaa Saxena, Gargi Mishra, Nitin Kumar, Ayush Priyadarshi, Rahul. IoT Based Smart Agriculture. Recent Trends in Sensor Research & Technology. 2020; 7(2): 7–11p.
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