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Regional agricultural industry economic development based on embedded system and Internet of Things

机译:基于嵌入式系统和互联网的区域农业产业经济发展

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摘要

Agriculture plays an important role in the development of an agricultural country. Monsoon is irregular, and uneven water is a major problem throughout the year. All of this leads to insufficient production and low productivity. The realization of the agricultural sector?s scientific method will lead to a fundamental change in crop productivity by improving agricultural technology efficiency. The Internet of Things (IoT), the rapid rise of the technology, from statistics to quantitative methods, resulting in the industry?s smart agriculture has re-designed almost all industries. This revolutionary change, to shake the existing methods, has created a series of challenges and new opportunities. The proposed smart agriculture design-based implementation of IoT and Embedded System (ES) development and embedded sensors in the smart agricultural sector monitoring. A built-in sensor temperature, soil moisture, and rain detection sensor. IoT and the embedded system can help farmers? efforts by minimizing hard work to improve crop yields and economic growth. Embedded System (ES) and Internet of Things (IoT), yield, quality of soil temperature, can predict the water level and arrange for proper crop delivery. Therefore, to improve the breeding process, thereby increasing the breeding output, a system is needed to reduce the human effort.
机译:农业在农业国家的发展中发挥着重要作用。季风是不规则的,不平坦的水是全年的主要问题。所有这些都导致生产不足和生产率低。通过提高农业技术效率,农业部门的实现将导致作物生产力的根本变化。事物互联网(物联网),技术的快速上升,从统计到定量方法,导致行业的智能农业已经重新设计了几乎所有行业。这种革命性的变化,撼动现有方法,创造了一系列挑战和新的机会。基于智能农业的智能农业设计的IOT和嵌入式系统的实施,智能农业部门监测中的开发和嵌入式传感器。内置传感器温度,土壤水分和雨量检测传感器。物联网和嵌入式系统可以帮助农民?最大限度地减少努力以提高作物产量和经济增长的努力。嵌入式系统和物联网(物联网),产量,土壤温度的质量,可以预测水位并安排适当的作物递送。因此,为了改善育种过程,从而增加育种输出,需要一种系统来减少人力努力。

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