Artificial intelligence physics-based modeling of cardiac parameters
AssigneeDelbeat, Inc.
InventorMehrzad TARTIBI
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Abstract
Described herein is software and computer implemented methods for modeling a heart of an individual where the model presents or displays one or more cardiac parameters of the individual. In some embodiments, a model of the heart generated by the software and computer implemented methods described herein is a three-dimensional representation of the heart of an individual that is displayable on a display of a computing device.
Claims21
-77. (canceled)
A computer-implemented method for generating a model of a heart of an individual, the method comprising:
- (a) receiving or obtaining, with an input software module, an image of the heart of the individual;
- (b) segmenting, with a segmenting software module, the image of the heart, thereby generating at least one image segment;
- (c) applying, using an analysis software module, one or more differential equations to the at least one image segment, thereby generating at least one analysis result;
- and
- (d) generating, using a modeling software module, the model of the heart of the individual using the analysis result of (c).
A non-transitory computer readable medium that includes software that uses artificial intelligence to model a heart of an individual, wherein the software causes a processor to:
- (a) receive or obtain an image of the heart of an individual;
- (b) segment the image of the heart, thereby generating at least one image segment;
- (c) apply a series of numerical techniques to the at least one image segment, thereby generating an analysis result;
- and
- (d) generate, a model with at least one functional feature, at least one electrophysiological feature, or a combination thereof, of the heart of the individual using the analysis result of (c).
A method for determining a material property of a region of a heart of an individual, the method comprising:
- (a) receiving or obtaining an image of the heart of an individual;
- (b) segmenting the image of the heart, thereby generating at least one image segment;
- (c) applying one or more differential equations to the at least one image segment, thereby generating at least one analysis result, wherein the at least one analysis result comprises a functional parameter, an electrophysiological parameter, or a combination thereof;
- and
- (d) determining a material property of at least one region of the heart of the individual by the at least one analysis result.
Dependencies are inferred from the claim text.