Abstract This paper deals with a project of Automatic Bird Species Recognition Based on Bird Vocalization. Eighteen bird species of 6 different families were analyzed. At first, human factor cepstral coefficients representing the given signal were calculated from particular recordings. In the next phase, using the voice activity detection system, segments of bird vocalizations were detected from which a likelihood rate, with which the given code value corresponds to the given model, was calculated using individual hidden Markov models. For each bird species, just one respective hidden Markov model was trained. The interspecific success of 81.2% has been reached. For classification into families, the success has reached 90.45%
Recent work in machine learning concerns the detection and identification of bird\ud species from au...
Analysing behavioural patterns of bird species in a certain region enables researchers to recognize ...
Automatic classification of animal vocalizations has great potential to enhance the monitoring of sp...
This paper deals with a project of Automatic Bird Species Recognition Based on Bird Vocalization. Ei...
This master thesis deals with methods of automatic recognition of bird species by their voices. In f...
An automatic analysis of bird vocalisations for the identification of bird species, the study of the...
Acoustic signals are rich in information content. For humans the skill of listening to sounds and ex...
Automatic identification of bird species by their vocalization is studied in this paper. Bird sounds...
Automatically identifying what types of the bird is present in the sound recording using the monitor...
Although wild bird watching has been a popular leisure activity, it is often the case that people ha...
In this paper we propose a method to automatically identify birds from the sounds they generate. Fir...
Automatic classification of bird species based on their vocalizations is a topic of crucial relevanc...
The proposed model aims to develop a machine learning model using Support Vector Machine (SVM) to ac...
Trends in bird population sizes are an important indicator in nature conservation but measuring such...
The primary purpose for pursuing this research is to present a modular approach that enables reliabl...
Recent work in machine learning concerns the detection and identification of bird\ud species from au...
Analysing behavioural patterns of bird species in a certain region enables researchers to recognize ...
Automatic classification of animal vocalizations has great potential to enhance the monitoring of sp...
This paper deals with a project of Automatic Bird Species Recognition Based on Bird Vocalization. Ei...
This master thesis deals with methods of automatic recognition of bird species by their voices. In f...
An automatic analysis of bird vocalisations for the identification of bird species, the study of the...
Acoustic signals are rich in information content. For humans the skill of listening to sounds and ex...
Automatic identification of bird species by their vocalization is studied in this paper. Bird sounds...
Automatically identifying what types of the bird is present in the sound recording using the monitor...
Although wild bird watching has been a popular leisure activity, it is often the case that people ha...
In this paper we propose a method to automatically identify birds from the sounds they generate. Fir...
Automatic classification of bird species based on their vocalizations is a topic of crucial relevanc...
The proposed model aims to develop a machine learning model using Support Vector Machine (SVM) to ac...
Trends in bird population sizes are an important indicator in nature conservation but measuring such...
The primary purpose for pursuing this research is to present a modular approach that enables reliabl...
Recent work in machine learning concerns the detection and identification of bird\ud species from au...
Analysing behavioural patterns of bird species in a certain region enables researchers to recognize ...
Automatic classification of animal vocalizations has great potential to enhance the monitoring of sp...