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web | github.com | Personal Health Device Implementation Guide, published by HL7 International / Health Care Devices. This guide is not an authorized publication; it is the continuous build for version 2.1.0 built by the FHIR (HL7® FHIR® Standard) CI Build. This version is based on the current content of https://github.com/HL7/phd/ and changes regularly. See the Directory of published versions |
web | ucum.org |
The UCUM codes, UCUM table (regardless of format), and UCUM Specification are copyright 1999-2009, Regenstrief Institute, Inc. and the Unified Codes for Units of Measures (UCUM) Organization. All rights reserved. https://ucum.org/trac/wiki/TermsOfUse
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web | www.bluetooth.com | Not all PHDs are using a protocol such as GHS that is based upon the 11073-10206 standard. This IG also supports Bluetooth devices that follow various Bluetooth SIG defined personal health device profiles and services. However, this requires that the information provided by the device can be mapped to IEEE 11073-10206 System Information, Power, Clock, and Observation objects by the PHG as specified in the transcoding white paper (the latest version can be found here ) when the generated observations are going to be uploaded to a FHIR server. The requirement does not mandate that the PHG actually create these objects, but the resulting FHIR resources have to be composed as if they had come from a compliant IEEE 11073-10206 PHD device supporting the same type of observations. |
web | www.itu.int | For those consumer applications that would like to have the codes as LOINC and the uploader did not provide them, a mapping table between MDC and LOINC is also included in LOINC since v2.54 available here . The FHIR MDC to LOINC concept map is available here . One may freely download and use this material as needed in an implementation, but it does require a (free) login account. A mapping from MDC to SNOMED CT for some of the more common codes is available in the somewhat outdated Continua Design Guidelines H.813 HIS Interface document. The guidelines are freely available for download, however licensing requirements for the use of the SNOMED CT code system apply. |
web | www.pchalliance.org | IEEE 11073-20601 is an older specification that defines an application layer protocol that assumes an underlying transport protocol stack such as USB PHDC (Personal Health Device Class). The Continua guidelines defined guidelines for such devices. Implementers could certify their devices following the Continua Certification Process . This IG still covers mapping IEEE 11073-20601 compliant PHD information into FHIR resources. |
web | www.pchalliance.org | IEEE 11073-20601 is an older specification that defines an application layer protocol that assumes an underlying transport protocol stack such as USB PHDC (Personal Health Device Class). The Continua guidelines defined guidelines for such devices. Implementers could certify their devices following the Continua Certification Process . This IG still covers mapping IEEE 11073-20601 compliant PHD information into FHIR resources. |
web | www.bluetooth.com | Those readers who are implementing a PHG are going to need an understanding of the IEEE 11073-10206 standard and the communication protocol used by the PHD being mapped. The Technical Implementation Guidance section gives an overview of the essential components of the IEEE 11073-10206 model and how its concepts are related to FHIR, but it is not a tutorial. The Profiles section gives the normative mapping between IEEE 11073-10206 concepts and FHIR resources, making several references to sub-sections in the Technical Implementation Guidance section for reminders. The IEEE 11073-10206 model is supported by the Bluetooth SIG Generic Health Seonsor profile . The older IEEE 11073-20601 specificiation supports almost the same model and provides a stateful application layer protocol. This IG can be used with PHDs supporting one of these specifications. |
web | github.com | HL7 GitHub location |
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