Spatiotemporal Differentiation of Cardiovascular Diseases
- Technology Benefits
- Automated disease screening and diagnosisIdentifies spatial location of myocardial infarction Better information and clinical decision support
- Technology Application
- cardiovascular devices
- Detailed Technology Description
- 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.
- *Abstract
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The University of South Florida has developed a novel spatiotemporal warping approach to quantify the dissimilarity of disease-altered patterns in 3-lead spatiotemporal Vectorcardiogram (VCG) diagnostics of cardiovascular diseases.
- Country/Region
- USA
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