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Music classification using extreme learning machines

机译:使用极限学习机进行音乐分类

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Over the last years, automatic music classification has become a standard benchmark problem in the machine learning community. This is partly due to its inherent difficulty, and also to the impact that a fully automated classification system can have in a commercial application. In this paper we test the efficiency of a relatively new learning tool, Extreme Learning Machines (ELM), for several classification tasks on publicly available song datasets. ELM is gaining increasing attention, due to its versatility and speed in adapting its internal parameters. Since both of these attributes are fundamental in music classification, ELM provides a good alternative to standard learning models. Our results support this claim, showing a sustained gain of ELM over a feedforward neural network architecture. In particular, ELM provides a great decrease in computational training time, and has always higher or comparable results in terms of efficiency.
机译:在过去的几年中,自动音乐分类已成为机器学习社区中的标准基准测试问题。这部分是由于其固有的困难,也归因于全自动分类系统在商业应用中可能产生的影响。在本文中,我们测试了相对较新的学习工具极限学习机(Extreme Learning Machines,ELM)在公开播放的歌曲数据集上进行多个分类任务的效率。 ELM由于其适应内部参数的多功能性和速度而受到越来越多的关注。由于这两个属性都是音乐分类的基础,因此ELM提供了一种很好的替代标准学习模型的方法。我们的结果支持了这一主张,表明在前馈神经网络架构上ELM持续增长。特别是,ELM大大减少了计算训练时间,并且在效率方面始终具有更高或相当的结果。

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