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Application of agricultural IoT technology based on 5 G network and FPGA

机译：基于5G网络和FPGA的农业物联网技术在农业内部技术

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Personal knowledge of the agricultural cycle the current agribusiness than any other age is more concerned about the information, accuracy and prospects. Based on Internet of Things (IoT), rapid development innovative things has reviewed virtually every industry, including smart agribusiness; the company has transformed its business from quantitative methods. This gradual change has shaken the current comprehensive agricultural technology and open new doors in the problematic border. This article describes the remote sensor and the IoT horticulture functions. The meet up with this innovative farming regular rehearsal, face the challenge to expect. Let's take a closer look at IoT gadgets, gadgets and how to deal with applications related to agriculture experienced remote sensors. Record the sensor in precise agricultural applications can access, such as soil preparations, crop conditions, water systems, insects and irritation testing from planting to harvesting stage throughout the harvesting, crushing and transport, innovative ways to help growers become more and more apparent. This method also considers crop scouting and other significant applications, such as using an automated aircraft to increase crop yields. In justified cases, it will introduce different things and the best model based on the agriculture stage. Finally, according to the in-depth study, goal will recognize agribusiness in the flow of things and a future model and respond to potential research challenges. This article also describes another gain awareness and ideal for the application, such as increasing the use of 5 G network support production. Finally, after careful research to understand the fate of the power of agribusiness and remote sensor model, and potential research model to respond to the challenge. Frame configuration and have a valid attempt Field Programmable Gate Array (FPGA) by site kit. Goal need to consider the speed and the rationalization of the regional planning framework.
机译：农业周期的个人知识当前的农业企业比任何其他年龄更关注信息，准确性和前景。基于物联网（物联网），快速发展创新事物几乎介绍了每个行业，包括智能农业综合企业;该公司已从量化方法转变为业务。这种逐步变化使目前的综合农业技术震动，在有问题的边界中开放新门。本文介绍了远程传感器和IOT园艺功能。与这种创新的农业经常排练会面，面对挑战。让我们仔细研究IoT小工具，小工具以及如何处理与农业有关的遥控器相关的应用程序。在精确的农业应用中记录传感器可以进入，如土壤制剂，作物条件，水系统，昆虫和刺激性测试，从种植到收获阶段，整个收获，破碎和运输，有助于种​​植者的创新方式变得越来越明显。该方法还考虑了作物侦察和其他重要应用，例如使用自动化飞机增加作物产量。在辩护的情况下，它将引入不同的东西和基于农业阶段的最佳模型。最后，根据深入的研究，目标将识别事物流动和未来模型的农业综合，并对潜在的研究挑战作出反应。本文还描述了另一种增强意识和适应性的理想，例如增加5 G网络支持生产的使用。最后，经过仔细研究，了解农业综合企业和远程传感器模型的力量的命运，以及潜在的研究模型来应对挑战。帧配置并由站点套件具有有效的尝试现场可编程门阵列（FPGA）。目标需要考虑区域规划框架的速度和合理化。

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