A Study on Standardized Healthcare System based on HL7

Abstract

U-healthcare system supports healthcare service of prevention, diagnosis, medical treatment and currently various medical service systems. Therefore, utilization of medical information thru hospitals, medical agencies is unevitable in this society. However, the standard draft of HL7 which is a standard of medical information does not support specification of medical information being used currently. Thus, in this paper, we study standard HL7 message system to analyze and adjust the medical information and it will help to utilize efficient medical information and the method is verified to be sufficiently effective.

Wearable Sensors Integrated with Internet of Things for Advancing eHealth Care

“…Connecting health sensors into the IoT paradigm could be an easy and fast way to deploy complex telemedicine intervention, as these do not need implementing complex connection rules and deep nomenclatures and they put a special focus on the simplicity, interoperability and traceability as the basement for the integration of sensors into a health management system. Health Level 7 Association (HL7) has recently launched Fast Health Interoperability Resources (FHIR) protocol [ 16 ], a lite version of HL7 Control Protocol and the Reference Information model aiming to attract developers to build efficient inter-operable solutions [ 17 ]. Bluetooth Low Energy (BLE) defines a special profile for Health and Fitness devices, but it has shown several implementation constraints that may reduce BLE performance in a real scenario, in comparison with the theoretically expected [ 18 , 19 ].…”

Development of Cell Phone Application for Blood Glucose Self-Monitoring Based on ISO/IEEE 11073 and HL7 CCD

“…As international standards for health information exchange are developed, a number of studies have been conducted in Korea to develop the ubiquitous computing environment that links with personal health devices to which various international standards are applied [ 15 , 16 , 17 , 18 , 19 ]. However, previous domestic studies [ 17 , 19 ] mostly conducted simulations at laboratories to develop several modules to confirm interoperability with personal health devices excluding glucometers or to verify the applications developed. Also, several commercialized applications [ 20 , 21 ] do not support the transfer of stored blood glucose levels, or they do not provide the conversion of personal health records.…”

Propuesta de Uso del Paradigma de Coreografía de Procesos Para Crear Sistemas de eSalud en entornos heterogéneos

“…Health Level 7 Association (HL7) lanzó el protocolo Fast Health Interoperability Resources (FHIR) [111], una versión liviana del Protocolo de control HL7 y el modelo de información de referencia, con el objetivo de atraer a los desarrolladores para que construyan soluciones interoperables eficientes [112]. Bluetooth Low Energy (BLE) define un perfil especial para dispositivos de salud y estado físico, pero ha mostrado varias limitaciones de implementación, que pueden reducir el rendimiento de BLE en un escenario real en comparación con lo esperado teóricamente [113] [114].…”