This thesis contributes novel computer-assisted techniques to facilitating bird species surveys from a large number of environmental audio recordings. These techniques are applicable to both manual and automated recognition of bird species by removing irrelevant audio data and prioritising those relevant data for efficient bird species detection. This work also represents a significant step towards using automated techniques to support experts and the general public to explore and gain a better understanding of vocal species
Trends in bird population sizes are an important indicator in nature conservation but measuring such...
Acoustic signals are rich in information content. For humans the skill of listening to sounds and ex...
Birds have been long monitored manually, which is very labor intensive. This work tries to explore a...
This thesis contributes novel computer-assisted techniques to facilitating bird species surveys from...
Advances in programmable field acoustic sensors provide immense data for bird species study. Manuall...
Bird species richness survey is one of the most intriguing ecological topics for evaluating environm...
This paper considers computer-assisted learning of sound spectra in environmental recordings to faci...
Recent advances in acoustic recorder technology and automated species identification hold great prom...
The primary purpose for pursuing this research is to present a modular approach that enables reliabl...
The recent (2013) bird species recognition challenges organised by the SABIOD project attracted some...
Analysing behavioural patterns of bird species in a certain region enables researchers to recognize ...
Avian species richness surveys, which measure the total number of unique avian species, can be condu...
Automated recorders are increasingly used in remote sensing of wildlife, yet automated methods of pr...
Acoustic sensors can be used to estimate species richness for vocal species such as birds. They can ...
This research investigates techniques to analyse long duration acoustic recordings to help ecologist...
Trends in bird population sizes are an important indicator in nature conservation but measuring such...
Acoustic signals are rich in information content. For humans the skill of listening to sounds and ex...
Birds have been long monitored manually, which is very labor intensive. This work tries to explore a...
This thesis contributes novel computer-assisted techniques to facilitating bird species surveys from...
Advances in programmable field acoustic sensors provide immense data for bird species study. Manuall...
Bird species richness survey is one of the most intriguing ecological topics for evaluating environm...
This paper considers computer-assisted learning of sound spectra in environmental recordings to faci...
Recent advances in acoustic recorder technology and automated species identification hold great prom...
The primary purpose for pursuing this research is to present a modular approach that enables reliabl...
The recent (2013) bird species recognition challenges organised by the SABIOD project attracted some...
Analysing behavioural patterns of bird species in a certain region enables researchers to recognize ...
Avian species richness surveys, which measure the total number of unique avian species, can be condu...
Automated recorders are increasingly used in remote sensing of wildlife, yet automated methods of pr...
Acoustic sensors can be used to estimate species richness for vocal species such as birds. They can ...
This research investigates techniques to analyse long duration acoustic recordings to help ecologist...
Trends in bird population sizes are an important indicator in nature conservation but measuring such...
Acoustic signals are rich in information content. For humans the skill of listening to sounds and ex...
Birds have been long monitored manually, which is very labor intensive. This work tries to explore a...