Classification of human sounds using support vector machine with psychoacoustic data

  • Ahmed, Shahzad
  • Jo, Hyun In
  • Jeon, Jin Yong
Citations

SCOPUS

2

초록

This paper presents the classification of human sounds based on support vector machine (SVM) using psychoacoustic data. A scream classification model, with sounds of speech and screams indicating different acoustical characteristics, was investigated. Temporal changes were observed by evaluating the physical characteristics of waveforms and spectrograms with psychoacoustic parameters, including loudness and sharpness. Mel frequency cepstral coefficients were used to identify the spectral energy distribution of screams. Further, a Mel filter bank and frequency band filter were used to extract the high spectral energy, and differentiate between the lower and higher energy spectra. The classification accuracy was improved by combining the SVM with the psy-choacoustic parameters of scream sound.

키워드

Human sound classificationMel frequency cepstral coefficientsPsychoacousticsSupport vector machineAcousticsAuditionSpectroscopyAcoustical characteristicsClassification accuracyHuman soundsMel frequency cepstral co-efficientPhysical characteristicsPsychoacoustic parametersPsychoacousticsSpectral energy distributionSupport vector machines
제목
Classification of human sounds using support vector machine with psychoacoustic data
저자
Ahmed, ShahzadJo, Hyun InJeon, Jin Yong
발행일
2018-07
유형
Proceeding
저널명
25th International Congress on Sound and Vibration 2018, ICSV 2018: Hiroshima Calling
8
페이지
4595 ~ 4599