Wearable-Based Assessment of Frailty Trajectories During Cardiac Rehabilitation After Open-Heart Surgery.
Monika ButkuvieneEgle Tamuleviciute-PrascieneAurelija BeigieneVitalija BarasaiteDaivaras SokasRaimondas KubiliusAndrius PetrenasPublished in: IEEE J. Biomed. Health Informatics (2022)
Keyphrases
- beating heart
- minimally invasive
- cardiac motion
- left ventricle
- cardiac surgery
- wall motion
- human computer interaction
- augmented reality
- cardiac motion estimation
- heart disease
- coronary artery bypass
- mitral valve
- motion compensation
- heart motion
- electrical activity
- robot assisted
- cardiac mri
- magnetic resonance imaging
- pre operative
- sensor networks
- computer assisted
- intraoperative
- cardiac magnetic resonance
- patient specific
- cardiac cycle
- ambient intelligence
- left ventricular
- wearable sensors
- virtual reality
- tagged mri
- trajectory data
- moving objects
- myocardial motion
- image analysis
- heart wall
- echocardiographic images
- motion estimation
- clinical applications
- gesture recognition