Spatiotemporal Differentiation of Cardiovascular Diseases
Automated disease screening and diagnosisIdentifies spatial location of myocardial infarction Better information and clinical decision support
cardiovascular devices
The novel technology captures critical spatiotemporal heart dynamics utilizing automated algorithms to display the real time motion of VCG cardiac vectors in a 3D space. In addition, the trajectories may be color coded with additional dynamical properties of space-time VCG signals, that is the curvature, speed, octant and phase angles to enhance the information visibility. Spatiotemporal VCG signal representation facilitates the characterization of space-time cardiac pathological patterns and enhances the automatic assessment of cardiovascular diseases. Monitoring may be accomplished using novel smart cardiac care shirts containing ECG sensors.
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