AI-enhanced, user programmable, socially networked system
Inventors
Assignees
US Department of Homeland Security
Publication Number
US-11908555-B2
Publication Date
2024-02-20
Expiration Date
2042-03-23
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Abstract
Systems and methods are described, and an example system includes an AI enhanced multi-source health data integration logic that receives a first source electronic health record (EHR) data from a first EHR system and a second source EHR data from a second EHR system, and transforms, according to a knowledge representation schema, health-related information content of the first source EHR data and the second source EHR data to a first source transformed health data and second source transformed health data. The system includes a collaboration platform, configured to host a multi-source transformed health data database, including the transformed first source health data and the transformed second source health data, and hosts AI-enhanced, multiple level telecollaborative analyses by a plurality of participants of the multi-source transformed health data database, generating health management data.
Core Innovation
The invention provides a system and method for artificial intelligence (AI) enhanced, user programmable, and socially networked medical record exchange and health situation assessment and response management. The system integrates electronic health record (EHR) data from multiple, mutually independent EHR systems by transforming health-related information according to a knowledge representation schema to produce interoperable transformed health data. It includes a collaboration platform that hosts a multi-source transformed health data database and enables telecollaboration among multiple participants analyzing the integrated data, supported by AI-enhanced health data analysis tools generating health management data.
The system addresses challenges in pooling informational content from different EHR systems that possess different architectures, record standards, and user interfaces, especially within components of the Department of Homeland Security (DHS) and third parties. Such differences make unified data assessment and collaboration impractical. The disclosed solution enables sovereignty protective extraction, wrapping, and collaborative analysis of data by generating source-specific sovereignty protective wrappers that maintain data provenance, persistent encryption, and enforce rules of engagement for usage of transformed health data during telecollaborations. This facilitates multi-institutional knowledge database generation and multi-level AI-enhanced analyses with minimal disruption to individual EHR systems.
Claims Coverage
The patent includes multiple inventive features covering a system and methods for AI-enhanced medical record exchange and analysis with sovereignty protections and collaborative platforms.
Multi-source health data integration with knowledge representation schema
The system includes a multi-source health data integration logic configured to receive EHR data and corresponding system sovereignty specifications from multiple independent EHR systems and transform the health-related information content of each source EHR data into transformed health data according to a knowledge representation schema.
Codification logic enabling integrated phenotype reference model rebuilding
A codification logic archives data from the multi-source health data integration logic and encodes the archived data sufficiently to enable a phenotype processor to rebuild the integrated phenotype reference model without saving the entire model.
Phenotype engine with multiple processors generating integrated phenotype reference model
The phenotype engine comprises a reference data processor, natural language processor, phenotype processor, artificial intelligence data processor, and interoperability processor configured to generate and manage the integrated phenotype reference model, analyze archived data, determine errors, and rebuild parts of the model as needed.
Virtual data warehouse and collaboration platform hosting transformed data and telecollaboration
The system includes a virtual data warehouse and collaboration platform hosting a multi-source transformed health data database and supporting telecollaboration among participants regarding its content. It also hosts AI-enhanced health data analysis tools that generate health management data based on database analysis and telecollaboration activities.
Published software development kit enabling multi-participant access and contributions
The system provides a published software development kit accessible to multiple participants, supporting access to transformed source health data and enabling contributions to a suite of health data analysis and AI tools.
Sovereignty protective wrapping comprising provenance, encryption, and rules of engagement
The system includes data extraction and wrapping logic generating system sovereignty data as sovereignty wrappers that include source-specific provenance wrappers, persistent encryption wrappers, and rules of engagement wrappers, maintaining data sovereignty through storage, transformation, and collaboration.
Pre-warehouse logic for data transformation, consolidation, and dimensionalization
Pre-warehouse logic performs transforming, consolidating, conforming, dimensionalizing, and codifying of staged records to enable alignment within integrated phenotype reference models and to facilitate collaborative analysis.
Sovereignty protective wrapping applied to staging databases with detailed data controls
The staging database stores sovereignty protective wrapped, template loaded, generic transformed EHR sourced electronic personal health information and metadata, including information control wrappers that restrict usage, metadata detailing, origin data, ownership data, and encryption data to enforce data use agreements.
The claims collectively cover a comprehensive system integrating multi-source EHR data using AI-enabled transformation and analysis tools, protected by sovereignty wrappers enforcing provenance, encryption, and access rules, delivered through a collaborative platform supporting telecollaborations and extensible via software development kits.
Stated Advantages
The system provides a sophisticated, usable data integration platform enabling evidence-based oversight, management, and coordination of medical activities across multiple independent EHR systems without requiring a single commercial EHR system for the entire organization.
Persistent, embedded multilevel cybersecurity is provided, including data provenance tracking, persistent encryption, and automated enforcement of agreed rules of engagement for data usage.
Minimal disruption to operational users of different source systems, allowing secure, functional interoperability while respecting data sovereignty.
The system supports dynamic updating of a multi-institutional knowledge database leveraging AI and neural networks from sensed telecollaboration dynamics and analyses.
The approach supports open, competitive evolution and integration of analysis tools through a software development kit and an app market, reducing obsolescence risks.
Documented Applications
Collaborative medical record exchange and telecollaborative analysis for medical and public health situation assessment and response management among multiple institutions or organizational components.
Integration and analysis of health data from multiple independent EHR systems of governmental organizations such as Department of Homeland Security components including TSA, FEMA, and Coast Guard, as well as third parties.
Use in multi-institutional healthcare modeling, phenotype analysis, and AI-driven health services resource and response management.
Support for secure, sovereignty-protected sharing of health-related information and analysis enabling improved clinical decision support, pattern detection, anomaly detection, and spatiotemporal predictive modeling.
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