Systems and methods for modelling a human subject
AssigneeKoninklijke Philips N.V.
InventorsCornelis Petrus HENDRIKS, Murtaza Bulut, Lieke Gertruda Elisabeth COX, Valentina LAVEZZO
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Abstract
Proposed are methods and systems for generating a prediction for a first organ of a subject using a Digital Twin model of a second, different organ of the subject. By obtaining an understanding of a relationship between the first and second organ, a Digital Twin prediction for the second organ is used to determine a prediction for the first organ
Claims15
A system for generating a prediction for a first organ of a subject, the system comprising:
- an input interface configured to obtain:
- first input data (x) representative of a detected property of the first organ (X) of the subject;
- and second input data (y) representative of a detected property of a second, different organ (Y) of the subject;
- an data analysis component configured to determine a relationship between the first and second input data;
- and
- a processor arrangement configured to:
- evaluate the second input data with a digital twin model of the second organ to generate a prediction for the second organ;
- and
- generate a prediction for the first organ based on the determined relationship and the prediction for the second organ.
The system of claim 11, wherein at least one of the first or second sets of one or more sensors comprises:
- a wearable sensor;
- a mobile phone;
- an digital imaging device;
- or a body implant.
A method for generating a prediction for a first organ of a subject, the method comprising:
- obtaining:
- first input data (x) representative of a detected property of the first organ (X) of the subject;
- and second input data (y) representative of a detected property of a second, different organ of the subject;
- determining a relationship between the first and second input data;
- and
- evaluating the second input data with a digital twin of the second organ to generate a prediction for the second organ;
- and
- generating a prediction for the first organ based on the determined relationship and the prediction for the second organ.
Dependencies are inferred from the claim text.