An Efficient Neural Network Design Incorporating Autoencoders for the Classification of Bat Echolocation Sounds.

ABSTRACT: Bats are widely distributed around the world, have adapted to many different environments and are highly sensitive to changes in their habitat, which makes them essential bioindicators of environmental changes. Passive acoustic monitoring over long durations, like months or years, accumulates large amounts of data, turning the manual identification process into a time-consuming task for human experts. Automated acoustic monitoring of bat activity is therefore an effective and necessary approach for bat conservation, especially in wind energy applications, where flying animals like bats and birds have high fatality rates. In this work, we provide a neural-network-based approach for bat echolocation pulse detection with subsequent genus classification and species classification under real-wo

SUBMITTER: Alipek S 

PROVIDER: S-EPMC10451853 | biostudies-literature | 2023 Aug

REPOSITORIES: biostudies-literature