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首页> 外文期刊>Ecological informatics: an international journal on ecoinformatics and computational ecology >Insect pest image detection and recognition based on bio-inspired methods
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Insect pest image detection and recognition based on bio-inspired methods

机译:基于生物启发方法的昆虫害虫图像检测与识别

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摘要

Insect pests recognition is necessary for crop protection in many areas of the world. In this paper we propose an automatic classifier based on the fusion between saliency methods and convolutional neural networks. Saliency methods are famous image processing algorithms that highlight the most relevant pixels of an image. In this paper, we use three different saliency methods as image preprocessing and create three different images for every saliency method. Hence, we create 3 x 3 = 9 new images for every original image to train different convolutional neural networks. We evaluate the performance of every preprocessing/network couple and we also evaluate the performance of their ensemble. We test our approach on both a small dataset and the large IP102 dataset. Our best ensembles reaches the state of the art accuracy on both the smaller dataset (92.43%) and the IP102 dataset (61.93%), approaching the performance of human experts on the smaller one. Besides, we share our MATLAB code at: https://github.com/LorisNanni/.
机译:昆虫害虫在世界许多地区的作物保护是必要的。本文基于显着性方法与卷积神经网络之间的融合,提出了一种自动分类器。显着性方法是着名的图像处理算法,突出显示图像的最相关的像素。在本文中,我们使用三种不同的显着性方法作为图像预处理,并为每个显着方法创建三个不同的图像。因此,我们创建3 x 3 = 9个新图像,以培训不同的卷积神经网络。我们评估每个预处理/网络耦合的表现,我们还评估了它们的合奏的表现。我们在小型数据集和大型IP102数据集中测试我们的方法。我们最好的合奏达到了较小的数据集(92.43%)和IP102数据集(61.93%)的最先进的准确性,接近人类专家的性能。此外,我们分享我们的MATLAB代码:https://github.com/lorisnanni/。

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