@inproceedings{oai:nagoya.repo.nii.ac.jp:00008712,
 author = {Niwa, Kenta and Tehrani, Mehrdad P. and Nishino, Takanori and Takeda, Kazuya},
 book = {4th Symposium on "Intelligent Media Integration for Social Information Infrastructure" December 7-8, 2006},
 month = {Dec},
 note = {This paper describes the blind singal separation of musical instruments under un ordinary environment and the development of a novel sound-listening system using a head related transfer function. In our study, frequency-domain independent component analysis was used to separate sound signals. Sound signals were recorded using mono-directional and omni-derectional loudspeakers because musical instruments have their own directivity. The experiments were conducted using two or three sound sources from instruments(flute, violin, and piano) generated by a synthesizer, and these results indicated that the performance was influenced by the directivity of the instrument and the initial reverberation time. The sound demonstrations using the developed audio system are available at our web site.},
 pages = {49--52},
 publisher = {INTELLIGENT MEDIA INTEGRATION  NAGOYA UNIVERSITY / COE},
 title = {SIGNAL SEPARATION OF INSTRUMENTAL PERFORMANCE AND DEVELOPMENT OF SELECTABLE LISTENING POSITION AUDIO SYSTEM WITH HRTFS},
 year = {2006}
}