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A real time computational and statistical model (with high availability) of early warning for plant protection and pest control for crops (exp. Kutki)

机译:用于植物保护和作物病虫害防治的实时预警的实时计算和统计模型(具有高可用性)(exp。Kutki)

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Picrorhiza Kurroa (Kutki) is the crop grown in India which we are analyzing here in Himalayan region. Farmers face a great loss of production as well as economic loss due to the disease in plants or may be pest attacks on immense level. So, they use pesticides and fertilizers for better crop growth but these chemicals harm the crops in excess quantity. And also inhaling of these chemicals leads to liver disorder, asthma, cancer etc. The use of pesticides can be reduced with the help of forecasting of diseases and pest infection in limited time framework. So in this paper we are presenting the development of system using beta regression model for early warning plant protection and pest control. This system also has a mechanism to alert farmers via email/Short Message Service (SMS) technology regarding the plant disease of Picrorhiza Kurroa (kutki) plant.
机译:Picrorhiza Kurroa(Kutki)是印度种植的作物,我们正在喜马拉雅地区进行分析。由于植物的病害,农民面临着巨大的生产损失以及经济损失,或者可能是巨大的虫害袭击。因此,他们使用农药和化肥来改善作物生长,但是这些化学物质会过量危害作物。吸入这些化学物质还会导致肝脏疾病,哮喘,癌症等。在有限的时间范围内,通过预测疾病和害虫的感染,可以减少农药的使用。因此,在本文中,我们介绍了使用β回归模型进行预警的植物保护和害虫防治系统的开发。该系统还具有一种机制,可通过电子邮件/短信服务(SMS)技术提醒农民有关Picrorhiza Kurroa(kutki)植物的植物病害。

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