Acoustic environment classification

Author:

Ma Ling1,Milner Ben2,Smith Dan2

Affiliation:

1. University of York, York, UK

2. University of East Anglia, Norwich, UK

Abstract

The acoustic environment provides a rich source of information on the types of activity, communication modes, and people involved in many situations. It can be accurately classified using recordings from microphones commonly found in PDAs and other consumer devices. We describe a prototype HMM-based acoustic environment classifier incorporating an adaptive learning mechanism and a hierarchical classification model. Experimental results show that we can accurately classify a wide variety of everyday environments. We also show good results classifying single sounds, although classification accuracy is influenced by the granularity of the classification.

Publisher

Association for Computing Machinery (ACM)

Subject

Computational Mathematics,Computer Science (miscellaneous)

Reference37 articles.

1. Semantic retrieval using audio analysis. In Proceedings of the Conference on Image and Video Retrieval;Bakker E. M.;London UK. Lecture Notes in Computer Science,2002

2. Browne P. Czirjek C. Gurrin C. Jarina R. Lee H. Marlow S. McDonald K. Murphy N. O'Connor N. E. Smeaton A. F. and Ye J. 2003. Dublin City University video track experiments for TREC 2002. Browne P. Czirjek C. Gurrin C. Jarina R. Lee H. Marlow S. McDonald K. Murphy N. O'Connor N. E. Smeaton A. F. and Ye J. 2003. Dublin City University video track experiments for TREC 2002.

3. Couvreur L. and Laniray M. 2004. Automatic noise recognition in urban environments based on artificial neural networks and hidden Markov models. Inter-noise2004. Prague Czech Republic. Couvreur L. and Laniray M. 2004. Automatic noise recognition in urban environments based on artificial neural networks and hidden Markov models. Inter-noise2004. Prague Czech Republic.

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