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Design and Modelling of anAffordable UAV Based Pesticide Sprayer in Agriculture Applications

机译:经济适用的基于无人机的农药喷洒器的设计与建模

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The usage of multirotor helicopters in the agricultural system is increasing rapidly. In the present generation Automation is used in every industrial system but not much in agriculture. Till now most of the farmers are applying fertilizers and pesticides manually in their fields especially in developing countries. This causes many health issues to them because of the chemicals they are using. In near future Unmanned Ariel Vehicles (UAVs) are used in the agricultural field for monitoring, analyzing the field, disease detection, detection of the faulty area, identifying the suitable pesticide and applying the pesticide in the affected area. Present spraying systems in quadcopters are manually controlled or semi-autonomous. In this project, UAV is used for agricultural spraying which can be done semi autonomously.
机译:农业系统中多旋翼直升机的使用正在迅速增加。在当前的一代中,自动化被用于每个工业系统,但在农业中却很少使用。到现在为止,大多数农民都在自己的田地中手动施用化肥和农药,特别是在发展中国家。由于他们使用的化学物质,这给他们带来了许多健康问题。在不久的将来,无人驾驶Ariel车辆(UAV)将用于农业领域,以进行监视,分析领域,疾病检测,发现故障区域,确定合适的农药并在受影响的地区使用农药。当前在四轴飞行器中的喷雾系统是手动控制的或半自动的。在该项目中,无人机用于农业喷涂,可以半自动完成。

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