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Smart Agri-Farming on Satellite Imageries using Machine Learning

机译:使用机器学习的卫星成像仪上智能农业农业

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This study aims to help farmers by using open source software that employs machine learning and hyperspectral images to analyze farm characteristics, which include crops, soil, and climate. This study makes use of two datasets, i.e., 270100 images from LANDSAT 8 and classified images from MODIS dataset provided by Google Earth Engine to classify land type, which helps in detecting farms in the future. Random forest algorithm was used as a classifier for multiclass hyperspectral data. Training the model acquired an overall accuracy of 0.997 that helped to determine the type of land in a geographical area. This paper conveys the first model built by us from various other models that are planned to develop. The data from our research work is conveyed to a farmer by means of a web application, which is built using a Spring framework, Grafana, JvaScript, and several other web technologies.
机译:本研究旨在通过使用使用机器学习和高光谱图像的开源软件来帮助农民来分析农场特征,包括农作物,土壤和气候。 本研究利用了两个数据集,即来自Landsat 8的270100张图像,以及Google地球发动机提供的Modis数据集的分类图像,以对土地类型进行分类,这有助于在未来检测农场。 随意森林算法用作多条高光谱数据的分类器。 培训模型获得了0.997的整体准确性,有助于确定地理区域的土地类型。 本文通过计划开发的各种其他型号传达我们建造的第一个模型。 我们的研究工作中的数据通过Web应用程序传达给农民,它是使用Spring Framework,Grafana,JVAScript和其他几个Web技术建造的。

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