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Plant Species Identification using Leaf Image Retrieval: A Study

机译:利用叶图像检索进行植物物种识别的研究

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Human beings along with other living beings and their ecological system are completely inter-dependent. In the past few decades, the technological development has affected the environment more radically than ever before. It has posed grave threats to the natural resources including habitat loss and degradation, over-exploitation of resources and change in climatic condition. Most of plant species are on the verge of extinction. In the present circumstances, it is essential to conserve ecological system. Plant identification is a crucial step towards ecosystem diversity conservation. It is time consuming and requires lots of efforts, specialized knowledge and in-depth training. Recent technological advancement in the field of imaging, data analysis, and plant morphology has improved the decision such as yield prediction, crop management, veterinary diet, improving climate and many more. This has also made it possible to develop plant species identification system. In this paper, we present a comprehensive study about plant species identification methods based on various feature extraction methods, classification and other challenges. Furthermore, the performance of two widely used classifiers viz. Support Vector Machine (SVM) and Probabilistic Neural Network (PNN) on Flavia dataset is examined in terms of Precision, Recall and F-Score. It is observed that SVM performs better than PNN for plant species identification..
机译:人类与其他生物及其生态系统是完全相互依赖的。在过去的几十年中,技术发展对环境的影响比以往任何时候都更为严重。它对自然资源构成了严重的威胁,包括栖息地的丧失和退化,资源的过度开发以及气候条件的变化。大多数植物物种濒临灭绝。在当前情况下,保护生态系统至关重要。植物识别是迈向生态系统多样性保护的关键一步。这很耗时,需要大量的努力,专业知识和深入的培训。成像,数据分析和植物形态学领域的最新技术进步已经改善了决策,例如产量预测,作物管理,兽医饮食,改善气候等。这也使得开发植物物种识别系统成为可能。在本文中,我们基于各种特征提取方法,分类和其他挑战对植物物种识别方法进行了全面的研究。此外,两个广泛使用的分类器的性能也就是。根据精度,召回率和F分数对Flavia数据集上的支持向量机(SVM)和概率神经网络(PNN)进行了检查。可以看出,SVM在识别植物物种方面比PNN更好。

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