Automated classification of calling bird species is useful for large-scale temporal and spatial
environmental monitoring. In this paper, we investigate acoustic features, visual features …

Classification of animal species using animal sounds is a critical issue for bioacoustics work.
Especially the determination of anurans (frogs or toads) species can be used as an indicator …

An emerging method of monitoring biodiversity is through the use of audio recordings, often
made by autonomous recording units. Acoustic indices have been developed to estimate …

Frog population has been experiencing rapid decreases worldwide, which is regarded as
one of the most critical threats to the global biodiversity. Therefore, large volumes of frog …

A bioacoustical animal recognition system is composed of two parts:(1) the segmenter,
responsible for detecting syllables (animal vocalization) in the audio; and (2) the classifier …

Aims: Passive acoustic monitoring has proven to be an effective method for monitoring bird
biodiversity, as it allows for the analysis of important information such as bird songs and …

Audio signal processing is the most challenging field in the current era for an analysis of an
audio signal. Audio signal classification (ASC) comprises of generating appropriate features …

Over the past decade, dramatic declines in frog populations have been noticed worldwide.
To examine this decline, monitoring frogs is becoming increasingly important. Compared to …

Recent advances in technology and reduction in hardware costs have made the collection of
acoustic environmental recordings more accessible, thereby facilitating easier acquisition of …

Frogs are often considered as excellent indicators of the overall state of the natural
environment, but a steady decrease in the frog population has been noticed worldwide. To …