Intelligent Medical Objects, Inc.

Matthew C Cardwell

Frank Naeymi-Rad

Andrew Stuart Kanter

Alina E Oganesova

Regis Charlot

David Alvin

Michael Decaro

David O Haines

Masayo Kobashi

Aziz M Bodal

Jose Maldonado

Andre Young

Fred Masarie

Régis J P Charlot

Eric Nathan Frank

Gregory Aldin

Andre L Young, Jr

Jose Antonio Maldonado, Jr

Fred E Masarie, Jr

Steven Rube

Amy Yunhsin Wang

Eric Rose

David Parks

James Thompson

Erina Paul

Daniel Emmons

Yiqing Wang

Michael Ericksen

Curtis Winn

A system and method for extracting data from an electronic health record to provide provider and patient data similarity scoring includes: encoding a problem list for a plurality of patients with concepts from a common electronic health record ontology. In one aspect, the patients have electronic health records maintained by a plurality of providers. The system and method then may parse the concepts into a plurality of clusters or categories and determining, for each of the providers, a total number of patients that have at least one problem in a cluster or category or determining, for each patient, which of the plurality of clusters or categories correspond to at least one concept encoded in the patient's problem list. The system and method then may calculate for each pair of providers or patients, a distance between the providers or patients.

Method and system for extracting data from a plurality of electronic data stores of patient data to provide provider and patient data similarity scoring

A system and method for facilitating dictionary migration or dictionary mapping from a first vocabulary or a first dictionary of terms to a second vocabulary includes one or more computers configured to carry out the steps of mapping a subset of the first set of terms to respective terms in an interface terminology and flagging another subset as not mapped to respective terms in the interface terminology. The system then may provide suggested mappings for the non-mapped terms, relying on user-supplied indications in order to map those terms. The system and method also may map the first dictionary terms to a reference terminology, an administrative terminology, or a clinical terminology or, conversely, may use those external terminologies to assist in mapping to the interface terminology.

System and method for facilitating migration between electronic terminologies

A medical classification code modeling system and method that generates visual maps in response to user queries, where the visual maps represent combinations of modifiers of an interface terminology that, taken together, map to medical classification code elements. The system and method may present multiple visual maps on the same display to permit visual analysis of multiple mapping revisions or versions. The system and method further may integrate into an electronic health record such that the user's ultimate selection of a mapping results in the corresponding medical classification code being inserted into the record of a patient at an appropriate location, such as on the patient's problem list.

System and method for medical classification code modeling

A method for implementing an interface terminology is described, the interface terminology comprising concepts and descriptions, a description being an alternative way to express a concept. The interface terminology also may include a plurality of domains, wherein each concept is unique within a domain. The method may include the steps of: storing a plurality of concepts in a database; storing a plurality of descriptions in a database; linking each description to a respective concept; storing an external code set in a database, the external code set comprising a plurality of external codes; and mapping an external code to a concept. The steps may occur via database table mapping. The method also may include deploying a front-end file, the front-end file comprises a link between the descriptions and the external code set.

Method and system for concept-based terminology management

A system and method for searching and presenting data may include receiving a search request, storing data in an in memory database, accessing that data by one or more 64 bit processors, determining exact or approximate matches among the data to the search request, building a machine-readable data file including the search results, and serving the data file to a user's machine, where it is visible through a portal interface, which may be local or remotely served to the user's machine. The system may employ 64 bit technology in order to access and serve significant amounts of information, including mappings between code set and other data that may include mappings to one or more code sets. The system also may employ raw TCP/IP sockets to reduce latency and increase search speed.

System and method for implementing a 64 bit data searching and delivery portal

A system and process for record duplication analysis that relies on a multi-membership Bayesian analysis to determine the probability that records within a data set are matches. The Bayesian calculation may rely on objective data describing the data set as well as subjective assessments of the data set. In addition, a system and process for record duplication analysis may rely on the predetermination of probabilistic patterns, where the system only searches for patterns exceeding a chosen threshold. Work flow may include selecting which fields within each record should be analyzed, normalizing the values within those fields and removing default data, calculating possible patterns and their match probabilities, analyzing record pairs to determine which have patterns exceeding a chosen threshold to determine the presence of duplicates, and merging duplicates, closing transactions reflecting non-duplicates, identifying records having insufficient data to determine the existence or lack of a match, and/or rolling back accidental merges.

System and process for record duplication analysis

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Geneva, IL, United States of America

Matthew C Cardwell