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Transfer Learning Aided Classification of Lung Sounds-Wheezes and Crackles

机译:转移学习肺部声音和噼啪声分类

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Nowadays, Lung diseases are the most life-threatening disease. In maximum belongings of lung disease are noticed once the illness is in the progressive stage, detection of lung disease can be supportive in to cure in early stages. Nowadays, advancement in technology plays an important role in healthcare. By using electronic stethoscopes, the lung sounds of the patients are recorded. Lung sounds carry important information related to lung diagnosis. The need for identifying lung disease using lung sounds is an active research area in the field of the healthcare domain. Transfer learning plays an important role in the medical system. Here, research paper represents various Machine Learning and Transfer learning approaches for the lung sounds classification. Further, Transfer learning model, the classification will be done on the basis of the RESNET-50 deep network and Mel spectrogram of lung sound signals. These classification models achieve 80% accuracy in lung sounds-wheezes and crackles classification which can be use lung disease diagnosis for future research.
机译:如今,肺病是最危及危及生命的疾病。一旦疾病处于进步阶段,肺病的最大物质被注意到,肺病的检测可以支持治愈早期阶段。如今,技术进步在医疗保健中起着重要作用。通过使用电子听镜检查,记录患者的肺部声音。肺部声音携带与肺诊断有关的重要信息。使用肺部声音鉴定肺病的需要是医疗领域领域的活跃研究区域。转移学习在医疗系统中起着重要作用。在这里,研究论文代表了各种机器学习和转移学习方法,用于肺部声音分类。此外,转移学习模型,分类将基于Reset-50深网络和肺部声音信号的MEL谱图来完成。这些分类模型在肺部声音 - 喘口和裂纹分类中实现了80%的准确性,这可以使用肺病诊断来进行未来的研究。

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