Audio Surveillance System(ASS): Merging of Acoustic Events Recognition and Classification through Deep Learning

Safiah Endargiri, S. Alsubhi, Ahad Alkabsani, Pr.Dr. Kaouther laabidi Omri
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引用次数: 1

Abstract

Despite the widespread use of Closed-Circuit TV for security purposes, CCTVs still include several weak points that can affect the quality of the provided surveillance services. Scientists and engineers are taking advantage of the continuous advancements in computer science by utilizing technology to improve acoustic recognition & classification approaches with the most efficient manners but at the cost of higher complexities. In this research, we focused on overcoming missing data paired with the use of existent surveillance approaches by adding acoustic surveillance features. We propose a low-complexity fully optimized algorithm that combines acoustic’s recognition and classification algorithms. The proposed Audio Surveillance System (ASS) algorithm uses acoustic input which is then processed through the algorithm using the employed deep learning approaches to extract irregular patterns and classify them into appropriate categories to be used as a surveillance input.
音频监控系统:基于深度学习的声事件识别与分类融合
尽管闭路电视被广泛用于安全目的,但闭路电视仍然存在一些弱点,可能会影响所提供的监控服务的质量。科学家和工程师正在利用计算机科学的不断进步,利用技术以最有效的方式改进声音识别和分类方法,但代价是更高的复杂性。在本研究中,我们着重于通过增加声学监视特征来克服缺失数据,并使用现有的监视方法。本文提出了一种结合声学识别和分类算法的低复杂度全优化算法。所提出的音频监控系统(ASS)算法使用声学输入,然后通过算法使用所采用的深度学习方法进行处理,以提取不规则模式并将其分类为适当的类别,以用作监控输入。
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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