基于音频信号处理和神经网络的鸟类物种自动识别

Samruddhi Bhor, Rutuja Ganage, Omkar Domb, Hrushikesh Pathade, Shilpa P. Khedkar
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引用次数: 1

摘要

如今,由于人类干预、气候变化、全球变暖、森林火灾或森林砍伐等原因,鸟类数量正在发生巨大变化。借助机器学习算法的鸟类物种自动检测,现在可以监视鸟类的数量以及它们的行为。由于人工识别不同鸟类需要大量的时间和精力,本工作开发了一种不需要物理干预的鸟类自动识别系统。为了实现这一目标,与传统使用的分类器(如SVM, Random Forest, SMACPY)相比,使用卷积神经网络。最重要的目标是使用包含不同鸟类声音的数据集来识别鸟类。输入数据集将进行预处理,包括分帧、去除沉默、重建,然后构建频谱图,将其发送到卷积神经网络作为输入,然后进行CNN修改、测试和分类。将结果与预先训练的数据进行比较,生成输出,并根据鸟类的特征(大小、颜色、物种等)进行分类。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automated Bird Species Identification using Audio Signal Processing and Neural Network
Now a days bird population is changing drastically because lots of reasons such as human intervention, climate change, global warming, forest fires or deforestation, etc., With the help of automatic bird species detection using machine learning algorithms, it is now possible to keep a watch on the population of birds as well as their behavior. Because manual identification of different bird species takes a lot of time and effort, an automatic bird identification system that does not require physical intervention is developed in this work. To achieve this objective, Convolutional Neural Network is used as compared to traditionally used classifiers such as SVM, Random Forest, SMACPY. The foremost goal is to identify the bird species using the dataset including vocals of the different birds. The input dataset will be pre-processed, which will comprise framing, silence removal, reconstruction, and then a spectrogram will be constructed, which will be sent to a convolutional neural network as an input, followed by CNN modification, testing, and classification. The result is compared with pre-trained data and output is generated and birds are classified according to their features (size, colour, species, etc.)
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