利用卷积神经网络检测植物病害

N. Agrawal, Ajeet K. Sharma
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引用次数: 0

摘要

全球大多数人口依赖农业,并将农业活动视为其赚取收入的主要职业来源。如果这个主要部门出现任何问题,那么它将严重影响人民的生计和生活。因此,重要的是要保持农业地区的平衡,防止类似植物病害的不利影响。随着基于神经网络的智能和机器学习的发展,人工智能领域在当今时代发生了一个有趣的转变。这些有机唤醒的计算模型在类似人工智能任务方面远远超过了过去类型的人造意识。人工神经网络工程中最神奇的形式之一就是CNN。CNN基本上用于解决棘手的图像驱动模式识别任务,并且通过其精确而直接的结构,为从ann开始提供了一种解纠结的方法。本文提出了一种利用CNN识别植物病害的新策略。使用的数据集包含大约7万张图像,包括训练和测试数据集。本文对cnn做了一个简短的序言,讨论了最近表达的文件和新框架的策略,以发展这些出色的巨大的图像识别模型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Detection of Diseases in Plants using Convolutional Neural Networks
Most of the global population depends on agriculture and consider agricultural activities as their primary source of occupation to earn their income. If any problem occurs in this primary sector, then it is going to affect the livelihood and lives of the population seriously. Henceforth, it is important to keep up balance in the agricultural area by preventing it from something similar like the adverse effect of plant diseases. The area of artificial intelligence has taken an interesting turn in present times, with the growth of the Neural Networks based Intelligence and Machine Learning. These organically roused computational models can far outshines the presentation of past types of human-made consciousness in like manner artificial intelligence errands. One of the most amazing forms of Artificial Neural Network engineering is CNN. CNN is basically utilized to tackle troublesome picture-driven pattern recognition tasks and with their exact yet straightforward construction, provide a untangle method for starting with ANNs.A new strategy for identification of diseases in plants using CNN is proposed in this paper. The dataset utilized contains around 70,000 images including training and testing dataset. This paper gives a short prologue to CNNs, discussing lately expressed documents and newly framed strategies in evolving these brilliantly tremendous picture recognition models.
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