Pre-processing optimization on sound detector application AudiTion (Android based supporting media for the deaf)

G. Gautama, Imanuel Widjaja, M. Sutiono, Jovan Anggara, Hu Geng
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Abstract

In this paper, researchers test several algorithms called by features, as part of pre-processing from AudiTion application. AudiTion is a mobile application that help deaf people to know their environment with visualized the sound into text that describes the sound itself. However, AudiTion has some problems, like delay, the load process, and the accuracy in predict sound. The research will use different media (desktop) to overcome the delay. In addition, the researchers justify the correct processing algorithm, use different database and pre-processing feature. The research focus on optimize the pre-processing section in AudiTion. Start with test some features to find the best accuracy in predict some sound sets as database, then compare the result each other. The best feature which result the highest accuracy is implemented into an application. The application does some further tests with some modification to database to make more improvement. Finally, compare the result again with different sound type with similar composition.
声音检测应用AudiTion(基于Android的聋人辅助媒体)的预处理优化
在本文中,研究人员测试了几种称为特征的算法,作为AudiTion应用程序预处理的一部分。AudiTion是一款帮助聋哑人了解周围环境的移动应用程序,它将声音可视化,并将其转化为描述声音本身的文字。但是,AudiTion存在一些问题,如延迟、加载过程、预测声音的准确性等。研究将使用不同的媒体(桌面)来克服延迟。此外,研究人员论证了正确的处理算法,使用了不同的数据库和预处理特征。重点研究了对AudiTion中预处理部分的优化。首先测试一些特征,找到预测一些声音集作为数据库的最佳准确性,然后相互比较结果。将获得最高精度的最佳特征实现到应用中。应用程序进行了一些进一步的测试,并对数据库进行了一些修改,以获得更多的改进。最后,再次比较不同声型组成相似的结果。
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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