Population data-based federated machine learning improves automated echocardiographic quantification of cardiac structure and function: the Automatisierte Vermessung der Echokardiographie project.
Caroline MorbachGötz GelbrichMarcus SchreckenbergMaike HedemannDora PelinNina ScholzOlga MiljukovAchim WagnerFabian TheisenNiklas HitschrichHendrik WiebelDaniel StapfOliver KarchStefan FrantzPeter U HeuschmannStefan StoerkPublished in: European heart journal. Digital health (2023)
Population data-based ML in a federated ML set-up was feasible. The re-trained detector exhibited a much lower measurement variability than human readers. This gain in accuracy and precision strengthens the confidence in automated echocardiographic readings, which carries large potential for applications in various settings.
Keyphrases
- machine learning
- big data
- left ventricular
- deep learning
- electronic health record
- endothelial cells
- artificial intelligence
- pulmonary hypertension
- high throughput
- mitral valve
- left atrial
- ejection fraction
- magnetic resonance imaging
- quality improvement
- computed tomography
- resistance training
- magnetic resonance
- risk assessment
- body composition