This paper presents a system to analyze long field recordings with low signal-to-noise ratio (SNR) for bio-acoustic monitoring. A method based on spectral peak track, Shannon entropy, harmonic structure and oscillation structure is proposed to automatically detect anuran (frog) calling activity. Gaussian mixture model (GMM) is introduced for modelling those features. Four anuran species widespread in Queensland, Australia, are selected to evaluate the proposed system. A visualization method based on extracted indices is employed for detection of anuran calling activity which achieves high accuracy
Automatic recognition of animal vocalisations would be a valuable tool for a variety of biological r...
Frogs are often considered as excellent indicators of the overall state of the natural environment, ...
Implementing techniques that facilitate and automatize the species monitoring is a task that can be ...
This paper presents a system to analyze long field recordings with low signal-to-noise ratio (SNR) f...
Cane-toads (Bufo marinus) are introduced to Australia to negate the insect pests. However, cane-toad...
This study aims to recognise frog choruses using false-colour spectrograms and machine learning algo...
Acoustic classification of anurans (frogs) has received increasing attention for its promising appli...
This research explores the recognition of choruses of two co-existing sibling frog species in long-d...
1. Soundscapes can provide information about a wide range of habitats and species through the record...
Soundscapes can provide information about a wide range of habitats and species through the recording...
Continuous recording of environmental sounds could allow long-term monitoring of vocal wildlife, and...
Acoustic monitoring provides opportunities for scaling up bioacoustic study of vocal animals to grea...
Frog population has been declining the past decade for habitat loss, invasive species, climate chang...
AbstractFrog population has been declining the past decade for habitat loss, invasive species, clima...
Automatic recognition of animal vocalisations would be a valuable tool for a variety of biological r...
Automatic recognition of animal vocalisations would be a valuable tool for a variety of biological r...
Frogs are often considered as excellent indicators of the overall state of the natural environment, ...
Implementing techniques that facilitate and automatize the species monitoring is a task that can be ...
This paper presents a system to analyze long field recordings with low signal-to-noise ratio (SNR) f...
Cane-toads (Bufo marinus) are introduced to Australia to negate the insect pests. However, cane-toad...
This study aims to recognise frog choruses using false-colour spectrograms and machine learning algo...
Acoustic classification of anurans (frogs) has received increasing attention for its promising appli...
This research explores the recognition of choruses of two co-existing sibling frog species in long-d...
1. Soundscapes can provide information about a wide range of habitats and species through the record...
Soundscapes can provide information about a wide range of habitats and species through the recording...
Continuous recording of environmental sounds could allow long-term monitoring of vocal wildlife, and...
Acoustic monitoring provides opportunities for scaling up bioacoustic study of vocal animals to grea...
Frog population has been declining the past decade for habitat loss, invasive species, climate chang...
AbstractFrog population has been declining the past decade for habitat loss, invasive species, clima...
Automatic recognition of animal vocalisations would be a valuable tool for a variety of biological r...
Automatic recognition of animal vocalisations would be a valuable tool for a variety of biological r...
Frogs are often considered as excellent indicators of the overall state of the natural environment, ...
Implementing techniques that facilitate and automatize the species monitoring is a task that can be ...