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Farm-Copter: Computer Vision Based Precision Agriculture

机译:农场直升机:基于计算机视觉的精密农业

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摘要

The agricultural practices in India dates back to the Indus Valley Civilizations and even before that in some parts of southern India. India is considered to be having the second rank worldwide in farm products. Agricultural exports also add to the Indian economy. Those farmers having large plantations face various difficulties during their agricultural routines. These difficulties include identifying the time of harvest of the crops, protecting the crops from pest attacks, preventing the outspread of diseases in crops, determining the moisture content of the soil, etc. The usual measures taken against these problems include the use of pesticides, insecticides, etc., and the use of manual labor for inspecting the growth of the crops and attacks on the crops by rodents. Checking each and every crop manually is practically not possible and is surely a time-consuming process that demands a great amount of manual labor. This project aims to implement a system that makes the above-mentioned tasks easier and more convenient for the farmers. The initial aim of the project is to implement a system using a quadcopter and different image processing techniques that enable us to monitor the crops and provide information regarding the crops thereby reducing the manual labor for the same. A quadcopter fitted with the camera captures the images of the crops, these images are then processed using suitable application software and the information regarding the crops are provided to the farmer to take necessary actions. The future extension of the project includes identification of diseased crops, identification of pest or rodent attack, surveillance in plantations, etc.
机译:印度的农业实践可以追溯到印度南部的某些地区之前的印度山谷文明。印度被认为是全世界的第二个等级在农产品中。农业出口也增加了印度经济。那些大种植园的农民在农业惯例期间面临各种困难。这些困难包括识别作物的收获时间,保护农作物免受害虫攻击,防止作物中的疾病,确定土壤的水分含量等。根据这些问题采取的通常措施包括使用杀虫剂,杀虫剂等,以及使用体力劳动检查作物的生长和啮齿动物对作物的攻击。手动检查每种庄稼,几乎不可能,肯定是一个需要大量的手工劳动的耗时过程。该项目旨在实施一个系统,使得上述任务更容易,更方便的农民。该项目的初始目的是利用Quadcopter和不同的图像处理技术实施系统,使我们能够监控作物并提供关于裁剪的信息,从而减少了同样的手工劳动。配备有相机的Quadcopter捕获作物的图像,然后使用合适的应用软件处理这些图像,并向农民提供有关作物的信息以采取必要的动作。该项目的未来延伸包括鉴定患病作物,鉴定害虫或啮齿动物攻击,在种植园监测等。

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