SYSTEM AND METHOD FOR IDENTIFYING AN OBSERVED PHENEMENON
First Claim
1. A system for identifying an observed phenomenon, the system comprising:
- a computing device configured for receiving disparate data streams associated with disparate data sources;
a feature extraction module communicably connected to the computing device, wherein the feature extraction module is configured for generating a set of attributes for each data stream;
a classification module communicably connected to the computing device, wherein the classification module is configured for;
soft associating labels with attributes for each set of attributes; and
generating a confidence value for each soft association; and
a consensus module communicably connected to the computing device, wherein the consensus module is configured for generating an output indicative of the phenomenon, wherein the consensus module comprises;
a standardization module configured for standardizing the confidence values; and
a sequential data module configured for generating the output based on the standardized confidence values.
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Accused Products
Abstract
A system for identifying an observed phenomenon. The system includes a computing device configured for receiving disparate data streams associated with disparate data sources. The system also includes a feature extraction module communicably connected to the computing device, a classification module communicably connected to the computing device, and a consensus module communicably connected to the computing device. The feature extraction module is configured for generating a set of attributes for each data stream. The classification module is configured for soft associating labels with attributes for each set of attributes, and for generating a confidence value for each soft association. The consensus module is configured for generating an output indicative of the phenomenon. The consensus module includes a standardization module and a sequential data module. The standardization module is configured for standardizing the confidence values. The sequential data module is configured for generating the output based on the standardized confidence values.
12 Citations
16 Claims
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1. A system for identifying an observed phenomenon, the system comprising:
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a computing device configured for receiving disparate data streams associated with disparate data sources; a feature extraction module communicably connected to the computing device, wherein the feature extraction module is configured for generating a set of attributes for each data stream; a classification module communicably connected to the computing device, wherein the classification module is configured for; soft associating labels with attributes for each set of attributes; and generating a confidence value for each soft association; and a consensus module communicably connected to the computing device, wherein the consensus module is configured for generating an output indicative of the phenomenon, wherein the consensus module comprises; a standardization module configured for standardizing the confidence values; and a sequential data module configured for generating the output based on the standardized confidence values. - View Dependent Claims (2, 3, 4)
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5. A method, implemented at least in part by a computing device, for identifying an observed phenomenon, the method comprising:
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receiving disparate data streams associated with disparate data sources; generating a set of attributes for each data stream; soft associating labels with attributes for each set of attributes generating a confidence value for each soft association; standardizing the confidence values; and generating an output indicative of the phenomenon based on the standardized confidence values. - View Dependent Claims (6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16)
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Specification