2013 · 34 citations · 15 references
ComputingBiomedical InformaticsHealth InformaticsAcousticsMachine LearningPulmonologyAcoustic DiagnosticsAcoustic Signal ProcessingClassificationRespiratory Signal AnalysisSupport Vector MachinesAcoustic Feature ExtractionRespiratory Pattern RecognitionRespiratory Signal ClassificationRespiratory Sound AnalysisSound Pattern RecognitionSupport Vector ClassificationSupport Vector Machine ClassificationWavelet Features
This work proposes feature extraction of lung sounds using wavelet coefficients and their classification by neural network and support vector machines. The lung sounds were classified into 6 classes. The results stated the advantages of a support vector machines for the classification of normal and abnormal lung sounds, and indicated that SVMs are a highly successful classifier with accuracy about 93.51-100 for classification of lung sounds.
15
Neural classification of lung sounds using wavelet coefficients
A. Kandaswamy, C. Sathish Kumar, Rm. Pl. Ramanathan et al. · Computers in Biology and Medicine · 2003 · 370 citations
Medicine, Otolaryngology, Physiology +11