Intelligent Medical Objects, Inc.

Jose Maldonado

Frank Naeymi-Rad

David O Haines

Alina E Oganesova

Regis Charlot

Aziz M Bodal

Masayo Kobashi

Andre Young

Fred Masarie

Stephanie J Schaefer

Andrew Stuart Kanter

Regis J P Charlot

Matthew C Cardwell

James B Thompson

Ivana Naeymi-Rad

Andrei Naeymi-Rad

Alex Burck

Kim Charles Meyers

Andre L Young, Jr

David Alvin

Steven Rube

Régis J P Charlot

Eric Nathan Frank

David Pilkington

Jonathan Gold

Gregory Aldin

Regis Chariot

Yun Wu

Emil Setiawan

Michael Ericksen

Curtis Winn

Emma Lee Foley

A system and process for tagging electronic documents or other electronic content with concepts mentioned, contained, or otherwise described in that content. Once tagged, the content may be searchable, indexable, and retrievable in order to provide that content to an end user or another recipient. The system may be configured to handle a considerable number of asset files and a large number of users, workflows, and access applications simultaneously. The system may auto-tag the content and also may include a user interface for confirming and updating those tags and for manually creating new or additional tags. Content may include documents such as medical documents relating to procedures, diagnoses, medications or other domains. Alternatively, the content may include information about various care providers, in order to allow a user to locate a physician meeting one or more desired criteria.

System and process for concept tagging and content retrieval

A method for generating a user interface for analyzing a patient-specific electronic medical or health record that includes a problem list includes the steps of grouping related potential problems into problem list categories, grouping a subset of the problems into clusters within the categories, mapping, using a computer, entries in the problem list with a respective description in an interface terminology, associating one or more of other medical data, e.g., medication, lab results, procedures, imaging results, past medical history or surgeries, notes, vital signs, or allergy data in the record withdf at least one problem, receiving a request corresponding to a problem or problem list category or to other medical data, identifying non-problem data in the record grouped in a cluster with the requested data, and modifying a user interface to display the identified data separate from other similar medical data included in the electronic medical or health record.

System and method for generating and updating a user interface to evaluate an electronic medical record

A system and method for problem list categorization and management in an electronic health or medical record includes matching each entry in the list with an interface terminology concept, grouping related concepts together into one or more categories, and grouping entries into one or more nested sets of problems. Groupings are accomplished by analyzing semantic distances between concept elements to determine which entries are duplicates according to the interface terminology and which are different but related to sufficiently similar concepts. Certain elements will be sufficiently related that they are nested or clustered within a single problem list element. Others are different enough to merit different elements but classification within a common category of problems.

System and method for problem list reconciliation in an electronic medical record

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 method of implementing a controlled vocabulary may include the steps of generating the controlled vocabulary by forming a list of medical terms and associated descriptions; creating a list of codes internal to the controlled vocabulary; and storing the codes, the medical terms, and the descriptions in a format suitable for use in the patient longitudinal electronic medical record environment. In addition, a sound wave may be captured as an electronic file, translated into text, and stored as a patient medical record event. The patient medical record event may be parsed for context and may be tagged with one or more source vocabularies, and a code internal to the source vocabulary may be provided. Event context and source vocabulary findings may then be used as discrete elements to add to the longitudinal patient electronic medical record environment.

Method for implementing a controlled medical vocabulary

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 method for managing a back-end information storage infrastructure and a flexible development environment for data storage using a computer system. The method includes managing system resources including a relational database. Meta data models are created to model processes and to define meta data elements and their relationships by using trees and graphs. The method manages access to the data by authenticating users through several levels of authentication describing user rights, while providing management of multi-user access and concurrency. The method includes running the processes that generate instance data, storing the instance data following the meta data model, and transforming the instance data into physical views.

Method for adaptive data management

A method for managing a back-end information storage infrastructure and a flexible development environment for data storage using a computer system. The method includes managing system resources including a relational database. Meta data models are created to model processes and to define meta data elements and their relationships by using trees and graphs. The method manages access to the data by authenticating users through a directory describing user rights, while providing management of multi-user access and concurrency. The method includes running the processes that generate instance data, storing the instance data following the meta data model, and transforming the instance data into physical views.

Adaptive data manager

Growing community of inventors

Chicago, IL, United States of America

Jose Maldonado