Publication | Closed Access
A Study of Heart Sound and Lung Sound Separation by Independent Component Analysis Technique
38
Citations
8
References
2006
Year
Unknown Venue
Source SeparationAeroacousticsSeparated Heart SoundEngineeringWearable TechnologySpeech RecognitionAudio Signal ProcessingNoiseAudio AnalysisLung Sound SeparationBiostatisticsIndependent Component AnalysisAcoustic Signal ProcessingAcoustic AnalysisLung SoundHealth SciencesHeart SoundMulti-channel ProcessingComputer ScienceUltrasoundSignal ProcessingSpeech ProcessingSpeech SeparationSignal Separation
In the hospital, using percussion and auscultation are the most common ways for physical examination. Recently, in order to develop tele-medicine and home care system and to assist physician getting better auscultation results; electric stethoscope and computer analysis have become an inevitable trend. However, two important physical signals heart sound and lung sound recorded from chest overlap on spectrum chart. Therefore, in order to reduce human factor (ex. misplace or untrained of using) and minimize correlated effect in computer analysis; it's necessary for separated heart sound and lung sound. Independent component analysis can divide these sounds efficiency. In this paper, we use two microphones to collect signals from left and right chest. We have successfully divide heart and lung sounds by fast ICA algorithm. Therefore, it can assist physician examine and also using on tele-medicine and home care by this way.
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