Medical information translation system
First Claim
1. A system for network-based communication of medical information between different entities, the system comprising:
- a healthcare database configured to store roles for a first user and a second user, login credentials used by each of the first user and the second user to access the healthcare database, and different base models of ontologies for their respective roles;
a first computer in communication with the healthcare database through an internet computer network, the first computer configured to receive an input first expression from a first user having a first one of the roles, the first expression communicating a healthcare concept; and
a second computer in communication with the healthcare database through the internet computer network, the second computer configured to output a second expression to a second user having a second one of the roles, the second role different than the first role, the second expression communicating the healthcare concept, and wherein the first expression necessitates translation into the second expression to enable the second user to understand the second expression;
wherein the first computer or the second computer perform actions comprising;
selecting the second user as a target of the second expression from a healthcare group, the selecting based on an identity of the first user and a context of a communication sent by the first user to the healthcare group;
subsequent to the selecting, determining roles of each of the first user and the second user based on the login credentials used by each of the first and the second users to access the healthcare database;
assigning, based on the determined role of each of the first and second users and the context of the communication, at least a first base model ontology to the first user and at least a second base model ontology to the second user, the first base model ontology being different than the second base model ontology;
creating, by mining the healthcare database for data about the first user and the second user, each of a first personalized ontology model by linking to first subsets of a first base model ontology and a second personalized ontology model by linking to second subsets of a second base model ontology, wherein the first personalized ontology model is automatically created by data available to the processor about the first user and the second personalized ontology model is automatically created by data available to the processor about the second user;
upon receiving an indication that the second computer in internet communication with the healthcare database has requested the healthcare concept for the second user, translating the first expression to the second expression by using the first personalized ontology to decompose the first expression into the healthcare concept and the second personalized ontology to re-express the healthcare concept into the second expression, the first expression being different than the second expression; and
transmitting the second expression to the second user.
1 Assignment
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Accused Products
Abstract
Medical information is communicated between different entities. Personalized models of peoples'"'"' understanding of a medical field are created. Role information is used to create the personalized model. More information than mere role may be used for at least one of the personalized models, such as information on past medical history. The personalized models link to various subsets of base medical ontologies for one or more medical subjects. The concepts and relationships in these ontologies formed by the linking may be matched, providing a translation from one personalized model to another. The terminology with similar or the same concepts and/or relationships is output for a given user based on their model.
121 Citations
16 Claims
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1. A system for network-based communication of medical information between different entities, the system comprising:
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a healthcare database configured to store roles for a first user and a second user, login credentials used by each of the first user and the second user to access the healthcare database, and different base models of ontologies for their respective roles; a first computer in communication with the healthcare database through an internet computer network, the first computer configured to receive an input first expression from a first user having a first one of the roles, the first expression communicating a healthcare concept; and a second computer in communication with the healthcare database through the internet computer network, the second computer configured to output a second expression to a second user having a second one of the roles, the second role different than the first role, the second expression communicating the healthcare concept, and wherein the first expression necessitates translation into the second expression to enable the second user to understand the second expression; wherein the first computer or the second computer perform actions comprising; selecting the second user as a target of the second expression from a healthcare group, the selecting based on an identity of the first user and a context of a communication sent by the first user to the healthcare group; subsequent to the selecting, determining roles of each of the first user and the second user based on the login credentials used by each of the first and the second users to access the healthcare database; assigning, based on the determined role of each of the first and second users and the context of the communication, at least a first base model ontology to the first user and at least a second base model ontology to the second user, the first base model ontology being different than the second base model ontology; creating, by mining the healthcare database for data about the first user and the second user, each of a first personalized ontology model by linking to first subsets of a first base model ontology and a second personalized ontology model by linking to second subsets of a second base model ontology, wherein the first personalized ontology model is automatically created by data available to the processor about the first user and the second personalized ontology model is automatically created by data available to the processor about the second user; upon receiving an indication that the second computer in internet communication with the healthcare database has requested the healthcare concept for the second user, translating the first expression to the second expression by using the first personalized ontology to decompose the first expression into the healthcare concept and the second personalized ontology to re-express the healthcare concept into the second expression, the first expression being different than the second expression; and transmitting the second expression to the second user. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13)
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14. A computer-implemented method for communicating medical information between different entities, the method comprising:
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selecting a second user from a healthcare group, the selecting based on an identity of a first user and a context of a communication sent by the first user to the healthcare group; subsequent to the selecting, determining a first role of the first user and a second role of the second user, the determining based on login credentials used by each of the first user and the second user to access medical information on a healthcare network of a medical facility; assigning a first base model ontology to the first user and a second base model ontology to the second user, wherein the assigning is based on the determined roles of each of the first and the second users and the context of a communication between the first user and the second user; creating, by mining a healthcare database for data about the first user and the second user, a first personalized ontology model by linking to first subsets of a first base model ontology and a second personalized ontology model by linking to second subsets of a second base model ontology, the first personalized ontology model automatically determined by data available to the processor about the first user and the second personalized ontology model automatically determined by data available to the processor about the second user; translating, using the first personalized ontology model and the second personalized ontology model, a first information input by the first user having the first role to a second information to output to the second user having the second role, the first information being different than the second information but communicating a same concept; and transmitting the second information to the second user. - View Dependent Claims (15, 16)
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Specification