玉米种植中的智能农业

M. Ilie
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引用次数: 0

摘要

没有一个机械化的农业过程不受益于计算机辅助,它优化了工作参数,并在为用户增加工作的过程中获得了起重、舒适和安全的定性指标,低燃料消耗和人力,对环境的负面影响小。“精准农业”的概念涉及调整农业系统的投入(种子、化肥、杀虫剂),将所有需要的东西分配到需要的地方。通过传感器和传感器测量不同的工作参数,通过计算机系统或特定软件分析接收到的信息,并发送命令修改拖拉机和机器的其他参数,创造了“智能农业”系统。使用智能农业在各个方面都有巨大的优势。用户将工作参数插入计算机,监控过程并通过执行器执行必要的设置。在实时或集中的时间内接收到有关加工表面、燃料消耗、种子、肥料、农药或农业收获机械收获数量的完整准确的信息。种植像玉米这样的谷物,无论其表面如何,都是非常有利可图的,但为此,有必要观察这种植物的一些特点。罗马尼亚是欧盟最大的玉米生产国之一;本文介绍了玉米栽培智能农业的各项成本和成本预测。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SMART FARMING IN CORN CULTURE
There is no more mechanized agricultural process that does not benefit from computerized assistance that optimizes working parameters and obtain qualitative indices of lifting, comfort and safety in the process of increased work for the user, low fuel consumption and manpower and low negative impact on the environment. The concept of "Precision agriculture” involves adjusting inputs in the agricultural system (seeds, fertilizers, pesticides), to distribute all where it is needed just as long as it takes. Measurement of differences working parameters through sensors and transducers, analysis of information received through computer systems or specific software and sending orders for modification of other parameters on tractors and machines has created the "Smart farming" system. The advantages of using smart farming are immense in all aspects. The user inserts the working parameters into the computer, monitors the processes and through the actuators execute the necessary settings. Complete and accurate information on the processed surface, fuel consumption, seed, fertilizers, pesticides, or quantities harvested in agricultural harvesting machines are received in real or centralized time. Cultivating cereal like corn can be extremely profitable regardless of the surface, but for that it is essential to observe some particularities of this plant. Romania is one of the largest maize producers in the European Union; in this article is presented all cost and also cost prognosis for smart farming in corn culture.
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