Assessing inter-annotator agreement from collaborative annotation campaign in marine bioacoustics
Assessing inter-annotator agreement from collaborative annotation campaign in marine bioacoustics
It is currently widely recognized that automated methods are crucial to help processing long-term recordings of marine bioacoustics. To evaluate the efficiency of such methods, it is essential to develop large-scale annotated datasets. However, besides being laborious and resource intensive, recent studies have suggested that such a task could also be highly subjective with the generation of annotator specific errors.
In this work, we investigate the question of inter-annotator agreement from a multi-annotator annotation campaign performed on a marine bioacoustics dataset. After providing quantitative evidence of inter-annotator variability, we investigate potential sources on both the user annotation practice and the annotation data and task to better understand why and how such variability occurs. Our study reveals that the acoustic event type, the Signal-to-Noise Ratio of the acoustic event and the annotator profile are three examples of critical factors impacting the annotation results of a multi-annotator campaign.
DCLDE 2015 low frequency, marine bioacoustics, multi-annotator agreement, reliability
Nguyen Hong Duc, Paul Marie Duy-Anh
2548f110-ad48-4f9b-aaef-2c8b588f7d21
Torterotot, Maelle
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Samaran, Flore
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White, Paul
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Gerard, Odile
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Adam, Olivier
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Cazau, Dorian
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March 2021
Nguyen Hong Duc, Paul Marie Duy-Anh
2548f110-ad48-4f9b-aaef-2c8b588f7d21
Torterotot, Maelle
f90aeff4-6b40-4114-9b65-be0dcd676535
Samaran, Flore
d174629c-cf5d-4991-a337-86a59ee23d90
White, Paul
2dd2477b-5aa9-42e2-9d19-0806d994eaba
Gerard, Odile
77b524c5-5597-4c6c-958b-c127600fe482
Adam, Olivier
587c3ef6-2d60-4b5d-8c06-77b8a07a8cae
Cazau, Dorian
3478f394-f6b0-4ec3-b8f3-0ab2f92480b0
Nguyen Hong Duc, Paul Marie Duy-Anh, Torterotot, Maelle, Samaran, Flore, White, Paul, Gerard, Odile, Adam, Olivier and Cazau, Dorian
(2021)
Assessing inter-annotator agreement from collaborative annotation campaign in marine bioacoustics.
Ecological Informatics, 61, [101185].
(doi:10.1016/j.ecoinf.2020.101185).
Abstract
It is currently widely recognized that automated methods are crucial to help processing long-term recordings of marine bioacoustics. To evaluate the efficiency of such methods, it is essential to develop large-scale annotated datasets. However, besides being laborious and resource intensive, recent studies have suggested that such a task could also be highly subjective with the generation of annotator specific errors.
In this work, we investigate the question of inter-annotator agreement from a multi-annotator annotation campaign performed on a marine bioacoustics dataset. After providing quantitative evidence of inter-annotator variability, we investigate potential sources on both the user annotation practice and the annotation data and task to better understand why and how such variability occurs. Our study reveals that the acoustic event type, the Signal-to-Noise Ratio of the acoustic event and the annotator profile are three examples of critical factors impacting the annotation results of a multi-annotator campaign.
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Paul Nguygen Assessing inter-annotator agreement_
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Paul Nguygen Ecologic Infomatics (2021)
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Accepted/In Press date: 25 September 2020
e-pub ahead of print date: 4 November 2020
Published date: March 2021
Keywords:
DCLDE 2015 low frequency, marine bioacoustics, multi-annotator agreement, reliability
Identifiers
Local EPrints ID: 445842
URI: http://eprints.soton.ac.uk/id/eprint/445842
ISSN: 1574-9541
PURE UUID: 92b52fd0-86b1-4a3b-89fa-ef28954f6be3
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Date deposited: 08 Jan 2021 17:33
Last modified: 12 Jul 2024 04:05
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Author:
Paul Marie Duy-Anh Nguyen Hong Duc
Author:
Maelle Torterotot
Author:
Flore Samaran
Author:
Odile Gerard
Author:
Olivier Adam
Author:
Dorian Cazau
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