Environment Sound Recognition Systems-A Case Study

Jayashree Nair, Rizwana Kallooravi Thandil, Gouri S, Praveena Ps
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引用次数: 0

Abstract

There are various sounds in the environment, which are produced by multiple sources such as birds, animals, machinery, etc. An Environment sound recognition system (ESRS) detects and categorizes these environmental sounds. ESRS plays a major role in different applications with sound processing such as noise removal, IoT-based systems for sound monitoring, etc. The paper presents simple ESRS models trained on an existing standard environmental sound dataset, freely accessible via the Freesound project. This dataset contains 250000 unlabeled auditory extracts and 2000 short clips representing 50 different basic sound events. Various feature extraction techniques are applied to sound data; the extracted features are then represented using various vectorization techniques so that they can be incorporated into the models. ESRS models are built based on standard Machine Learning(ML) algorithms. Following that, these models are evaluated, tested, and compared.
环境声音识别系统-个案研究
环境中有各种各样的声音,这些声音是由多种来源产生的,如鸟类、动物、机械等。环境声音识别系统(ESRS)检测并分类这些环境声音。ESRS在声音处理的不同应用中发挥着重要作用,例如噪声去除,基于物联网的声音监测系统等。本文介绍了在现有标准环境声音数据集上训练的简单ESRS模型,该数据集可通过Freesound项目免费获取。该数据集包含25万个未标记的听觉摘录和2000个代表50个不同基本声音事件的短片段。各种特征提取技术应用于声音数据;然后使用各种矢量化技术表示提取的特征,以便它们可以合并到模型中。ESRS模型是基于标准机器学习(ML)算法构建的。然后,对这些模型进行评估、测试和比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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