Computer assisted methods for diagnosing diseases
First Claim
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1. A method for training a computer-based neural network to be used in diagnosing or prognosing disease in a patient comprising:
- preprocessing patient biomarkers, comprising;
selecting patient biomarkers associated with a disease process;
statistically and/or computationally testing discriminating power for indicating presence or absence of the disease of the selected patient biomarkers individually in linear and/or non-linear combination;
applying statistical, mathematical, or computational tools, and/or expert knowledge for the derivation of secondary input to the neural network that are linear or non-linear combinations of the original or transformed biomarkers;
selecting only those patient biomarkers or derived secondary inputs that show discriminating power; and
training the computer-based neural network using the preprocessed patient biomarkers or derived secondary inputs.
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Abstract
The simultaneous multi access reasoning technology system of the present invention utilizes both existing knowledge and implicit information that can be numerically extracted from training data to provide a method and apparatus for diagnosing disease and treating a patient. This technology further comprises a system for receiving patient data from another location, analyzing the data in a trained neural network, producing a diagnostic value, and optionally transmitting the diagnostic value to another location.
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Citations
18 Claims
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1. A method for training a computer-based neural network to be used in diagnosing or prognosing disease in a patient comprising:
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preprocessing patient biomarkers, comprising; selecting patient biomarkers associated with a disease process; statistically and/or computationally testing discriminating power for indicating presence or absence of the disease of the selected patient biomarkers individually in linear and/or non-linear combination; applying statistical, mathematical, or computational tools, and/or expert knowledge for the derivation of secondary input to the neural network that are linear or non-linear combinations of the original or transformed biomarkers; selecting only those patient biomarkers or derived secondary inputs that show discriminating power; and training the computer-based neural network using the preprocessed patient biomarkers or derived secondary inputs. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18)
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Specification