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Industry sector: Health Care
Despite continued technical advances in the health and life sciences ind= ustry, current global standards for personal health data, medical imaging a= nd other information are not aligned with IEEE standards for ethical design= and value-based design for intelligent systems. Current standards governin= g patient data and medical image files do not stipulate full patient rights= for full control of use, sharing, and access of their personal medical ima= ging data and associated information. Further, current global standards do = not stipulate protection of core values of the medical profession, includin= g protection of the professional fiduciary relationship between physicians = and patients, and the ability of the patient and/or caregivers to manage th= eir patient identity and corresponding health information in a decentralize= d fashion.
The MITF envisions the creation of ecosystems and governance frameworks = that allow for precise communication among global experts of different= domains that includes patient identity, clinical imaging, artificial intel= ligence, and ethics for augmented intelligence systems that maintain a cent= ral role for the medical professional subject matter experts in managing an= d using health data and image-based information. 3D digital topological map= ping of this information and data to human macroanatomy and microanatomy in= cluding coordination with existing disease coding across global datasets wi= ll optimize its use for maximal societal benefit. The MITF will work to ass= ure systems integrate human-in-the-loop principles to assure accuracy, reli= ability, and clinical utility of generated information for safe optimal use= in clinical decision-making. The MITF will also drawn upon its relationshi= ps within ToIP Foundation members, and in partnership with standards organi= zations such as HL7, IHE, and ISO TC215, to establish a framework for decen= tralized digital identity and credentialing to support patient-centric heal= th data exchange and consent management.
The MITF sees this as part of a larger effort to fully realize portable = medical records and patient identity that is under patient control, a conce= pt that has been just beyond reach for many years.
In conjunction with various standards efforts already underway, the MITF= will design and enable the creation of the data infrastructure necessary t= o fulfill the vision described above. The MITF will lead the way in the cre= ation of ToIP ecosystems for medical information, combining clinical data a= nd imaging into a unified package centered on individual patients, organize= d anatomically, and controlled directly by the patient.
The scope of the MITF is the creation and maintenance of schema bases an= d overlays necessary to combine clinical data with imaging data for individ= ual patients. The mission includes proof-of-concept activities such as crea= tion of Open Source tools to stand up and operate the data aggregation nece= ssary to make information available that originates with multiple, often co= mpeting providers.
This TF uses the same IPR licensing selections as the Semantic Domain WG= :
The objectives of the MITF are to:
The MITF architecture will build upon the core components of the Semantic domain.
Other candidate technologies include