Classification of Agriculture Crops Using Transfer Learning

Silky Goel, Snigdha Markanday, Shlok Mohanty
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Abstract

Deep learning is a relatively new, cutting-edge method of image processing and data analysis with a lot of potential. Deep learning has lately entered the field of agriculture as a result of its success in other fields. In this study, we do an assessment of various research projects that apply deep learning techniques, applied to various agricultural and food production difficulties. We look at the specific agricultural issues being studied, the models and frameworks used, sources, types, and pre-processing of the data used, as well as the overall success attained according to the metrics employed at each study effort. In addition, we investigate the performance differences between different deep learning techniques and classifiers in classification. Our results show that deep learning gives great accuracy, exceeding previous extensively used image processing approaches. The result obtained was from VGG19 that is 98.5% with Logistic regression classifier.
基于迁移学习的农作物分类
深度学习是一种相对较新的、前沿的图像处理和数据分析方法,具有很大的潜力。由于深度学习在其他领域的成功,它最近也进入了农业领域。在本研究中,我们对应用深度学习技术的各种研究项目进行了评估,这些项目应用于各种农业和粮食生产困难。我们着眼于正在研究的具体农业问题、所使用的模型和框架、来源、类型和所使用数据的预处理,以及根据每项研究工作所采用的指标所取得的总体成功。此外,我们还研究了不同深度学习技术和分类器在分类方面的性能差异。我们的研究结果表明,深度学习提供了很高的准确性,超过了以前广泛使用的图像处理方法。用Logistic回归分类器得到的结果是VGG19,正确率为98.5%。
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