Large scale participatory acoustic sensor data analysis : tools and reputation models to enhance effectiveness


Autoria(s): Truskinger, Anthony Masters; Yang, Haofan; Wimmer, Jason; Zhang, Jinglan; Williamson, Ian; Roe, Paul
Contribuinte(s)

Werner, Bob

Data(s)

01/12/2011

Resumo

Acoustic sensors play an important role in augmenting the traditional biodiversity monitoring activities carried out by ecologists and conservation biologists. With this ability however comes the burden of analysing large volumes of complex acoustic data. Given the complexity of acoustic sensor data, fully automated analysis for a wide range of species is still a significant challenge. This research investigates the use of citizen scientists to analyse large volumes of environmental acoustic data in order to identify bird species. Specifically, it investigates ways in which the efficiency of a user can be improved through the use of species identification tools and the use of reputation models to predict the accuracy of users with unidentified skill levels. Initial experimental results are reported.

Formato

application/pdf

Identificador

http://eprints.qut.edu.au/45996/

Publicador

IEEE Computer Society

Relação

http://eprints.qut.edu.au/45996/1/eScience2011ver_13.pdf

http://www.escience2011.org/

Truskinger, Anthony Masters, Yang, Haofan, Wimmer, Jason, Zhang, Jinglan, Williamson, Ian, & Roe, Paul (2011) Large scale participatory acoustic sensor data analysis : tools and reputation models to enhance effectiveness. In Werner, Bob (Ed.) 7th IEEE International Conference on eScience, IEEE Computer Society, Stockholm City Conference Centre/Norra Latin, Stockholm.

Direitos

Copyright 2011 IEEE

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Fonte

Biogeoscience; Computer Science; Faculty of Science and Technology

Palavras-Chave #089999 Information and Computing Sciences not elsewhere classified #acoustic sensing #citizen science #reputation management #participatory sensing #participatory analysis #global climate change #sensors
Tipo

Conference Paper