Mutlu, E. Et Al. 2024. Bridging Auscultation and Tiny Machine Learning: A Digital Stethoscope Leveraging Convolutional Neural Networks on an Embedded Device for Organ Sound Analysis. TRAITEMENT DU SIGNAL , vol.41, no.5 , 2471-2483.

Mutlu, E., Hüseyin, V., & Serbes, G., (2024). Bridging Auscultation and Tiny Machine Learning: A Digital Stethoscope Leveraging Convolutional Neural Networks on an Embedded Device for Organ Sound Analysis. TRAITEMENT DU SIGNAL , vol.41, no.5, 2471-2483.

Mutlu, Eray, Valid Hüseyin, And Görkem SERBES. "Bridging Auscultation and Tiny Machine Learning: A Digital Stethoscope Leveraging Convolutional Neural Networks on an Embedded Device for Organ Sound Analysis," TRAITEMENT DU SIGNAL , vol.41, no.5, 2471-2483, 2024

Mutlu, Eray Et Al. "Bridging Auscultation and Tiny Machine Learning: A Digital Stethoscope Leveraging Convolutional Neural Networks on an Embedded Device for Organ Sound Analysis." TRAITEMENT DU SIGNAL , vol.41, no.5, pp.2471-2483, 2024

Mutlu, E. Hüseyin, V. And Serbes, G. (2024) . "Bridging Auscultation and Tiny Machine Learning: A Digital Stethoscope Leveraging Convolutional Neural Networks on an Embedded Device for Organ Sound Analysis." TRAITEMENT DU SIGNAL , vol.41, no.5, pp.2471-2483.

@article{article, author={Eray Mutlu Et Al. }, title={Bridging Auscultation and Tiny Machine Learning: A Digital Stethoscope Leveraging Convolutional Neural Networks on an Embedded Device for Organ Sound Analysis}, journal={TRAITEMENT DU SIGNAL}, year=2024, pages={2471-2483} }