DATA STORE ORGANIZING DATA USING SEMANTIC CLASSIFICATION
First Claim
1. A method for searching a database of information, the database of information comprising information related to a plurality of content units, the information related to the plurality of content units comprising a plurality of stored annotations related to the plurality of content units, the plurality of stored annotations having been generated by processing the plurality of content units using a first clinical semantic interpretation engine, the first clinical semantic interpretation engine processing the plurality of content units according to at least one annotation model that defines at least one annotation type identifying information having a medical significance, each stored annotation of the plurality of stored annotations comprising a semantic label and content of the stored annotation, the method comprising:
- receiving a query;
determining at least one query annotation relating to the query by processing the query using a second clinical semantic interpretation engine, the second clinical semantic interpretation engine processing the query according to the at least one annotation model, wherein the at least one query annotation comprises a first query annotation, wherein the first query annotation comprises a semantic label for the first query annotation and content of the first query annotation; and
searching the database based at least in part on the first query annotation.
3 Assignments
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Accused Products
Abstract
Data stores that store content units and annotations regarding the content units derived through a semantic interpretation of the content units. When annotations are stored in a database, different parts of an annotation may be stored in different tables of the database. For example, one or more tables of the database may store all semantic classifications for the annotations, while one or more other tables may store content of all of the annotations. A user may be permitted to provide natural language queries for searching the database. A natural language query may be semantically interpreted to determine one or more annotations from the query. The semantic interpretation of the query may be performed using the same annotation model used to determine annotations stored in the database. Semantic classifications and format of the annotations for a query may be the same as one or more annotations stored in the database.
21 Citations
20 Claims
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1. A method for searching a database of information, the database of information comprising information related to a plurality of content units, the information related to the plurality of content units comprising a plurality of stored annotations related to the plurality of content units, the plurality of stored annotations having been generated by processing the plurality of content units using a first clinical semantic interpretation engine, the first clinical semantic interpretation engine processing the plurality of content units according to at least one annotation model that defines at least one annotation type identifying information having a medical significance, each stored annotation of the plurality of stored annotations comprising a semantic label and content of the stored annotation, the method comprising:
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receiving a query; determining at least one query annotation relating to the query by processing the query using a second clinical semantic interpretation engine, the second clinical semantic interpretation engine processing the query according to the at least one annotation model, wherein the at least one query annotation comprises a first query annotation, wherein the first query annotation comprises a semantic label for the first query annotation and content of the first query annotation; and searching the database based at least in part on the first query annotation. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9)
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10. At least one computer-readable storage medium having encoded thereon computer-executable instructions that, when executed by at least one computer, cause the at least one computer to carry out a method for searching a database of information, the database of information comprising information related to a plurality of content units, the information related to the plurality of content units comprising a plurality of stored annotations related to the plurality of content units by processing the plurality of content units using a first clinical semantic interpretation engine, the first clinical semantic interpretation engine processing the plurality of content units according to at least one annotation model that defines at least one annotation type identifying information having a medical significance, each stored annotation of the plurality of stored annotations comprising a semantic label and content of the stored annotation, the method comprising:
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receiving a query; determining at least one query annotation relating to the query by processing the query using a second clinical semantic interpretation engine, the second clinical semantic interpretation engine processing the query according to the at least one annotation model, wherein the at least one query annotation comprises a first query annotation, wherein the first query annotation comprises a semantic label for the first query annotation and content of the first query annotation; and searching the database based at least in part on the first query annotation. - View Dependent Claims (11, 12, 13, 14, 15)
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16. An apparatus comprising:
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at least one processor; and at least one computer-readable storage medium having encoded thereon executable instructions that, when executed by the at least one processor, cause the at least one processor to carry out a method for searching a database of information, the database of information comprising information related to a plurality of content units, the information related to the plurality of content units comprising a plurality of stored annotations related to the plurality of content units by processing the plurality of content units using a first clinical semantic interpretation engine, the first clinical semantic interpretation engine processing the plurality of content units according to at least one annotation model that defines at least one annotation type identifying information having a medical significance, each stored annotation of the plurality of stored annotations comprising a semantic label and content of the stored annotation, the method comprising; receiving a query; determining at least one query annotation relating to the query by processing the query using a second clinical semantic interpretation engine, the second clinical semantic interpretation engine processing the query according to the at least one annotation model, wherein the at least one query annotation comprises a first query annotation, wherein the first query annotation comprises a semantic label for the first query annotation and content of the first query annotation; and searching the database based at least in part on the first query annotation. - View Dependent Claims (17, 18, 19, 20)
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Specification