Classification of violin type using electroencephalography and machine learning to determine violin quality perception

Citation Author(s):: Mohammed J. Abdulaal

Alexander J. Casson

Keith Philips

Patrick Gaydecki
Submitted by:: Mohammed Abdulaal
Last updated:: Fri, 01/25/2019 - 14:38
DOI:: 10.21227/nabk-vz16

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Categories:

Biomedical and Health Sciences
Neuroscience
Brain
Signal Processing

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Abstract

Violin melody clips expressing happiness, sadness, threat, excitement, and neutrality. Both electric and acoustic violin.

Instructions:

Play clips to listen to various emotions.

Dataset Files

happiness-acoustic.WAV (Size: 5.63 MB)
happiness-electric.WAV (Size: 5.29 MB)
neutrality-electric.WAV (Size: 4.36 MB)
neutrality-acoustic.WAV (Size: 4.54 MB)
sadness-acoustic.WAV (Size: 7.03 MB)
sadness-electric.WAV (Size: 6.68 MB)
threat-acoustic.WAV (Size: 7.14 MB)
threat-electric.WAV (Size: 7.16 MB)

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DATASET TYPE: data
USERID: 1353045
DATASETID: 14627

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Dataset Citation

Mohammed J. Abdulaal, Alexander J. Casson, Keith Philips, Patrick Gaydecki, "Classification of violin type using electroencephalography and machine learning to determine violin quality perception", IEEE Dataport, November 2, 2018, doi:10.21227/nabk-vz16

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doi = {10.21227/nabk-vz16},
url = {https://dx.doi.org/10.21227/nabk-vz16},
author = {Mohammed J. Abdulaal and Alexander J. Casson and Keith Philips and Patrick Gaydecki},
publisher = {IEEE Dataport},
title = {Classification of violin type using electroencephalography and machine learning to determine violin quality perception},
year = {2018} }

TY - DATA
T1 - Classification of violin type using electroencephalography and machine learning to determine violin quality perception
AU - Mohammed J. Abdulaal; Alexander J. Casson; Keith Philips; Patrick Gaydecki
PY - 2018
PB - IEEE Dataport
UR - 10.21227/nabk-vz16
ER -

Mohammed J. Abdulaal, Alexander J. Casson, Keith Philips, Patrick Gaydecki (2018). Classification of violin type using electroencephalography and machine learning to determine violin quality perception. IEEE Dataport. https://dx.doi.org/10.21227/nabk-vz16

Mohammed J. Abdulaal, Alexander J. Casson, Keith Philips, Patrick Gaydecki 2018 Classification of violin type using electroencephalography and machine learning to determine violin quality perception. Available at: https://dx.doi.org/10.21227/nabk-vz16

Mohammed J. Abdulaal, Alexander J. Casson, Keith Philips, Patrick Gaydecki.(2018). "Classification of violin type using electroencephalography and machine learning to determine violin quality perception." Web,

1. Mohammed J. Abdulaal, Alexander J. Casson, Keith Philips, Patrick Gaydecki. Classification of violin type using electroencephalography and machine learning to determine violin quality perception [Internet]. IEEE Dataport; 2018. Available from: https://dx.doi.org/10.21227/nabk-vz16