Deep Learning Model for Plant Species Classification Using Leaf Vein Features

P. B. R., L. P
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引用次数: 2

Abstract

Leaf veins are one of the most important and complicated aspects of a leaf that are commonly used for plant species categorization and identification. Each plant species leaves have distinct qualitative characteristics that aid in classifying them. These extracted features help a botanist to identify the key characteristics of plants from their leaf images more correctly. The main phases included in proposed methodology are image preprocessing, feature extraction, and classification. The leaf images were initially pre-processed to make them compatible with the deep learning model. The features are condensed using bottleneck features, and the vein patterns in the leaf are identified using the Canny edge detection method and gathered features with the aid of a feature extraction model. VGG16 is a Convolutional Neural Network Model (CNN) that is identified to train and categorize the dataset. The experiment was conducted on the flavia dataset that were being gathered through the online source kaggle, which had 15 image classes. The model's accuracy was found to be 95 percent.
基于叶脉特征的植物物种分类深度学习模型
叶脉是叶片最重要和最复杂的方面之一,通常用于植物物种的分类和鉴定。每一种植物的叶子都有不同的质量特征,这有助于对它们进行分类。这些提取的特征有助于植物学家从叶子图像中更准确地识别植物的关键特征。提出的方法主要包括图像预处理、特征提取和分类。树叶图像最初经过预处理,使其与深度学习模型兼容。利用瓶颈特征对特征进行浓缩,利用Canny边缘检测方法对叶片中的叶脉模式进行识别,并借助特征提取模型对特征进行采集。VGG16是一种卷积神经网络模型(CNN),用于对数据集进行训练和分类。实验是在通过在线源kaggle收集的flavia数据集上进行的,该数据集有15个图像类。该模型的准确率为95%。
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