En este trabajo fin de grado se analizan distintas soluciones propuestas en la literatura dentro del campo de Aprendizaje Automático para la identificación de pájaros a través de una grabación de su canto. Partiendo de un dataset con múltiples grabaciones del canto de varias especies diferentes, se explicará el proceso de aprendizaje elegido, que incluirá el tratamiento inicial de los datos y el entrenamiento de varias redes neuronales. Se utilizará el lenguaje de programación Python y las bibliotecas de código abierto para la construcción de redes neuronales como son Tensor- Flow, Keras y Sklearn.The aim of this final degree project is to analyze different solut...
Biologists, ecologists, and bird enthusiasts want to estimate bird population trends in order to mon...
Automated observation of avian vocal activity and species diversity can be a transformative tool for...
The proposed model aims to develop a machine learning model using Support Vector Machine (SVM) to ac...
An innate quality of living beings is the expression of their emotions in sound form. Birds stand ou...
Bird classification from audio is mainly useful for ornithologists and ecologists. With growing amou...
Due to effect of climate changes and count of endangered animal, many researchers proposed animal sp...
Birds have been long monitored manually, which is very labor intensive. This work tries to explore a...
We present a study on automatic birdsong recognition with deep neural networks using the BIRDCLEF201...
The population of birds, marine mammals, and other species can be monitored through computational an...
Birds have been long monitored manually, which is very labor intensive. This work tries to explore a...
Automatically identifying what types of the bird is present in the sound recording using the monitor...
An automatic bird sound recognition system is a useful tool for collecting data of different bird sp...
Audio sound recognition and classification is used for many tasks and applications including human v...
The background for this master thesis is a collaboration between Able Magic and NTNU. At the request...
One of the keys to artificial intelligence (AI) is automatic learning, and currently one of the most...
Biologists, ecologists, and bird enthusiasts want to estimate bird population trends in order to mon...
Automated observation of avian vocal activity and species diversity can be a transformative tool for...
The proposed model aims to develop a machine learning model using Support Vector Machine (SVM) to ac...
An innate quality of living beings is the expression of their emotions in sound form. Birds stand ou...
Bird classification from audio is mainly useful for ornithologists and ecologists. With growing amou...
Due to effect of climate changes and count of endangered animal, many researchers proposed animal sp...
Birds have been long monitored manually, which is very labor intensive. This work tries to explore a...
We present a study on automatic birdsong recognition with deep neural networks using the BIRDCLEF201...
The population of birds, marine mammals, and other species can be monitored through computational an...
Birds have been long monitored manually, which is very labor intensive. This work tries to explore a...
Automatically identifying what types of the bird is present in the sound recording using the monitor...
An automatic bird sound recognition system is a useful tool for collecting data of different bird sp...
Audio sound recognition and classification is used for many tasks and applications including human v...
The background for this master thesis is a collaboration between Able Magic and NTNU. At the request...
One of the keys to artificial intelligence (AI) is automatic learning, and currently one of the most...
Biologists, ecologists, and bird enthusiasts want to estimate bird population trends in order to mon...
Automated observation of avian vocal activity and species diversity can be a transformative tool for...
The proposed model aims to develop a machine learning model using Support Vector Machine (SVM) to ac...