A review on deep learning methods for heart sound signal analysis
IntroductionApplication of Deep Learning (DL) methods is being increasingly appreciated by researchers from the biomedical engineering domain in which heart sound analysis is an important topic of study.
Elaheh Partovi +3 more
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CNN-LSTM for Heartbeat Sound Classification
Cardiovascular disorders are among the primary causes of death. Regularly monitoring the heart is of paramount importance in preventing fatalities arising from heart diseases.
Nurseno Bayu Aji +3 more
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Heart murmurs, resulting from turbulent blood flow within the cardiac structure, represent some of the initial acoustic manifestations of potential underlying cardiovascular anomalies, such as arrhythmias. This research presents a deep learning framework
Aymane Edder +5 more
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Heart Murmur Quality Detection Using Deep Neural Networks with Attention Mechanism
Heart murmurs play a critical role in assessing the condition of the heart. Murmur quality reflects the subjective human perception of heart murmurs and is an important characteristic strongly linked to cardiovascular diseases (CVDs).
Tingwei Wu +4 more
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Phonocardiogram: evaluate and construction
This paper presents the development of a test to monitor heart rate (HR) which is characterized by low cost material expended in its production. In order to verify the applicability of the phonocardiogram (FCG), it was compared with a HR monitor from ...
Fernanda Vargas Amaral, Adilson Monte
doaj
Cardio-Dense: Diagnosis of Cardiac Abnormalities Based on Phonocardiogram Using Improved Swin Transformer Through Lightweight Dense Blocks. [PDF]
Ahmed AES, Ibrahim MEA, Daadaa Y.
europepmc +1 more source
Prevalence of Early Rheumatic Heart Disease Among Asymptomatic Students in Underserved Communities in Ethiopia: Cross-Sectional Observational Study. [PDF]
Chuma AT +11 more
europepmc +1 more source
A Novel Haptic Cardiac Simulator: Mixed Methods Pilot Evaluation in Medical Students and Educators. [PDF]
House SJ, Jay R, O'Brien DG.
europepmc +1 more source
DTF-STCANet: A Dual Time-Frequency Swin Transformer and ConvNeXt Attention Network for Heart Sound Classification. [PDF]
Bilen MN, Çelik FM, Kobat MA, Demir F.
europepmc +1 more source

