14.09.2016 Views

In this Issue HL7 News

2cndmS4

2cndmS4

SHOW MORE
SHOW LESS

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

<strong>HL7</strong> <strong>News</strong> • A Fully Functional <strong>HL7</strong> FHIR Based Ontology for Telehealth Data Management and Exchange<br />

Using FHIR to Address Telehealth Challenges<br />

A Fully Functional <strong>HL7</strong> FHIR Based Ontology<br />

for Telehealth Data Management and Exchange<br />

We have developed an <strong>HL7</strong> FHIR based ontology to support<br />

clinical and telehealth data storage and exchange in a<br />

scalable and low maintenance cost manner.<br />

<strong>In</strong>tegrated Care Data Challenges<br />

<strong>In</strong>tegrated care links multiple levels<br />

of care management together and<br />

provides coordinated services,<br />

including telemedicine. <strong>In</strong> order for<br />

care to be integrated, professionals<br />

across the continuum of care from<br />

different organizations and health<br />

systems must collaborate on the<br />

prevention and<br />

management of<br />

chronic disease<br />

and co-morbidity<br />

for their patients.<br />

<strong>In</strong> <strong>this</strong> context, multiple challenges<br />

arise with regards to data management,<br />

due to the disparity of the types of data<br />

that need to be managed, including<br />

clinical record data, bio-signals,<br />

derived features, subjective reports<br />

and provenance information. The<br />

solutions must be designed for<br />

multiple data and information sources<br />

as well as multiple access points.<br />

Additionally, they must provide the<br />

flexibility to meet the needs not only<br />

of standard EHR systems but also<br />

of PHRs and telehealth systems.<br />

Data Management Scaffolding<br />

Framework: The Role of Ontology<br />

We envision a framework applicable<br />

to integrated care data management<br />

which minimizes maintenance points,<br />

adheres to current state of the art<br />

standards, provides single point<br />

of extension and relies on Linked<br />

Data principles. This translates to<br />

a reusable, cost effective, scalable<br />

and sustainable solution, with the<br />

ability to reuse the stored information<br />

for a learning health system.<br />

Core components of our framework<br />

are the underlying ontology that not<br />

only describes the domain entities but<br />

also acts as a roadmap for restful web<br />

service communication API and the<br />

persistent storage server that holds<br />

not only the actual data but also the<br />

current version of the ontology.<br />

By Vasilis Kilintzis,<br />

PhD, Postdoctoral<br />

Researcher,<br />

Laboratory of<br />

Computing and<br />

<strong>In</strong>formatics<br />

Group, Aristotle<br />

University of<br />

Thessaloniki,<br />

Greece;<br />

Ioanna<br />

Chouvarda,<br />

PhD, Assistant<br />

Professor,<br />

Laboratory of<br />

Computing and<br />

<strong>In</strong>formatics<br />

Group, Aristotle<br />

University of<br />

Thessaloniki,<br />

Greece<br />

32

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!