Mar 4, 2024 · In this study, we propose an analytic framework for COVID-19 assessment able to consume ultrasound images captured by linear and convex probes.
In this study, we propose an analytic framework for COVID-19 assessment able to consume ultrasound images captured by linear and convex probes.
The impact of leveraging extended linear–convex ultrasound augmentation learning on producing enhanced deep neural networks for COVID-19 assessment is ...
We analyze the impact of leveraging extended linear-convex ultrasound augmentation learning on producing enhanced deep neural networks for COVID-19 assessment, ...
Mar 4, 2024 · COVID-Net L2C-ULTRA: An Explainable Linear-Convex Ultrasound Augmentation Learning Framework to Improve COVID-19 Assessment and Monitoring.
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COVID-Net L2C-ULTRA: An Explainable Linear-Convex Ultrasound Augmentation Learning Framework to Improve COVID-19 Assessment and Monitoring · 2citations · 1 · PDF.
The proposed explainable framework, called COVID-Net L2C-ULTRA, employs an efficient deep columnar anti-aliased convolutional neural network designed via a ...
COVID-Net L2C-ULTRA: An Explainable Linear-Convex Ultrasound Augmentation Learning Framework to Improve COVID-19 Assessment and Monitoring. EZ Zeng, A Ebadi ...
COVID-Net L2C-ULTRA: An Explainable Linear-Convex Ultrasound Augmentation Learning Framework to Improve COVID-19 Assessment and Monitoring. Article. Full-text ...