This paper proposes a classification method for environmental sounds based on neural networks. However, neural networks need trail and error, which are very tedious tasks. To simplify classification accuracy, we investigate two popular ensemble learning methods: Bagging and AdaBoost. We experimentally compare their performances with a single neural network. The results show that their performance is slightly improved and that bagging works more effectively than AdaBoost.The original publication is available at JAIST Press http://www.jaist.ac.jp/library/jaist-press/index.htmlIFSR 2005 : Proceedings of the First World Congress of the International Federation for Systems Research : The New Roles of Systems Sciences For a Knowledge-based Societ...
International audienceThis paper introduces the use of representations based on non-negative matrix ...
Environmental sound classification is an important branch of acoustic signal processing. In this wor...
In this thesis the main goal was to compare artificial neural network classification capabilities in...
Abstract- Environmental audio classification has been the focus in the field of speech recognition. ...
Research in sound classification and recognition is rapidly advancing in the field of pattern recogn...
Research in sound classification and recognition is rapidly advancing in the field of pattern recogn...
Environmental sound recognition has been a hot topic in the domain of audio recognition. How to sele...
Artificial neural networks are computational systems made up of simple processing units that have a ...
Artificial neural networks(ANNs) are computing models for information processing and pattern identif...
Environmental Sound Recognition has become a relevant application for smart cities. Such an applicat...
In this paper, we describe our system for the Task 2 of Detection and Classification of Acoustic Sce...
The classification of environmental sounds is important for emerging applications such as automatic ...
A convolutional neural network (CNN) training framework is described and implemented. The framework ...
Convolutional neural networks (CNNs) with log-mel audio representation and CNN-based end-to-end lear...
Humans are able to identify a large number of environmental sounds and categorise them according to ...
International audienceThis paper introduces the use of representations based on non-negative matrix ...
Environmental sound classification is an important branch of acoustic signal processing. In this wor...
In this thesis the main goal was to compare artificial neural network classification capabilities in...
Abstract- Environmental audio classification has been the focus in the field of speech recognition. ...
Research in sound classification and recognition is rapidly advancing in the field of pattern recogn...
Research in sound classification and recognition is rapidly advancing in the field of pattern recogn...
Environmental sound recognition has been a hot topic in the domain of audio recognition. How to sele...
Artificial neural networks are computational systems made up of simple processing units that have a ...
Artificial neural networks(ANNs) are computing models for information processing and pattern identif...
Environmental Sound Recognition has become a relevant application for smart cities. Such an applicat...
In this paper, we describe our system for the Task 2 of Detection and Classification of Acoustic Sce...
The classification of environmental sounds is important for emerging applications such as automatic ...
A convolutional neural network (CNN) training framework is described and implemented. The framework ...
Convolutional neural networks (CNNs) with log-mel audio representation and CNN-based end-to-end lear...
Humans are able to identify a large number of environmental sounds and categorise them according to ...
International audienceThis paper introduces the use of representations based on non-negative matrix ...
Environmental sound classification is an important branch of acoustic signal processing. In this wor...
In this thesis the main goal was to compare artificial neural network classification capabilities in...