生态声学记录的可视化分析:使用声学指数来可视化24小时记录

M. Sankupellay, Tshering Dema, S. Tarar, M. Towsey, A. Truskinger, M. Brereton, P. Roe
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引用次数: 3

摘要

音频记录是大规模陆地环境监测的一种方便而重要的方法。然而,不可能倾听并理解收集到的所有数据。由于长期环境记录的不受约束的性质,推广自动化分析任务的尝试没有成功。我们应对这一大数据挑战的方法是促进长期音频记录的可视化,让生态学家保持在循环中。通过计算声学指数,将长时间录音的内容可视化。我们的界面促进了生态学家长期录音的定制可视化和导航。两个案例研究,一个在澳大利亚,一个在不丹,作为例子。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Visual Analytics of Eco-Acoustic Recordings: The Use of Acoustic Indices to Visualise 24-Hour Recordings
Audio recording is a convenient and important method for large-scale terrestrial environmental monitoring. However, it is impossible to listen and make sense of all the data collected. Attempts to generalise automated analysis tasks have not been successful due to the unconstrained nature of long-term environmental recording. Our approach to this big-data challenge is to facilitate visualisation of long-term audio recording, to keep ecologists in the loop. The content of long-duration audio recordings are visualised by calculating acoustic indices. Our interface facilitates the customised visualisation and navigation of long-term audio recording by ecologists. Two case studies, one in Australia and one in Bhutan, are presented as examples.
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