物联网的利用:基于智能农业的自动化种子种植

Debarya Mukherjee, Milon Nandi, Samayita Mondal, Shovon Nandi
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引用次数: 1

摘要

农业在一个国家的发展中起着不可或缺的作用,而水是农业的首要资源。因此,通过我们的智能农业机器人(专门用于智能农业的机器人),利用物联网,在灌溉过程中合理利用充足的水是可能的。土壤湿度传感器用于获取土壤湿度数据,并根据单片机编程自动控制水泵电机的开/关。Agri-bot可以从任何地方控制,因为它通过云连接。机器人运行一段指定的时间,然后播种并覆盖田地区域。土壤湿度状态被识别并显示在船上。Arduino UNO将收集和处理从传感器获得的信息。当土壤达到一定的水分水平时,水将提供适当的种子种植。这项研究是献给农民和苗圃专家的,因为利用自动化智能播种机取代了传统的灌溉技术,并进行了革命性的改变。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Utilization of IoT: Automated Seed Plantation based Smart Agriculture
Agriculture plays an indispensable role in developing one nation, and water is the primary resource for agriculture. So, using IoT, properly utilizing adequate water in the irrigation process is possible through our smart agri-bot (bot specifically used in smart-agriculture). The soil moisture sensor is used to get moisture data, and as per the microcontroller programming, it automatically ON/OFF the motor of a water pump. Agri-bot is controlled from anywhere as it is connected through the cloud. The bot runs for a specified time, then plants the seeds and covers the field area. The soil moisture status is identified and displayed on board. The Arduino UNO will gather and handle the information got from the sensors. When a limited moisture level of the soil is reached, the water will supply for proper seed plantation. This research is dedicated to farmers, and nursery experts as the utilization of automated smart seed planters replace the conventional techniques for the irrigation process and make a revolutionary change.
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