Integration of IEEE 1451 and HL7 Exchanging Information for Patients’ Sensor Data

Kim, Woo-Shik; Lim, Suyoung; Ahn, Jinsoo; Nah, J.Y.; Kim, Namhyun

doi:10.1007/s10916-009-9322-5

Cited by 25 publications

(11 citation statements)

References 1 publication

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“…[4] proposes a novel architecture in order to tackle cross-context identity management in eHealth systems with the goal to improve interoperability between providers. Interoperability between relevant standards, namely HL7 and IEEE 1451 standard was explored in [9]. HL7 is a messaging standard for exchanging medical information and IEEE 1451 standard deals with various aspects of sensors, the format of data sheets and how to connect and disconnect the sensors from a system.…”

Section: Related Workmentioning

confidence: 99%

Commercial Home Assistance (eHealth) Services

Milutinovic

Decroix²,

Naessens³

et al. 2012

Open Problems in Network Security

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In this paper, we describe the software architecture of a commercially run home assistance system that allows patients or elderly people to stay longer at home. Since such systems often have to handle sensitive medical information, the protection of the privacy is a major concern. Also, legislation often restricts access to health information to qualified persons (i.e. medical personnel), who are not always available in a commercial company. The home assistance system can offer several services, going from scheduling necessary tasks and following up their execution, to monitoring the patient's health status and responding promptly to requests for help or to emergency situations, and all this without the need to maintain personal medical data or identifying information in the home assistance center.This paper focusses on how the commercial home assistance center will keep track of the anonymized patients' networks. A network consists of all the caregivers of a patient; each member of the network has been assigned a role, which is used in course-grained authorization decisions. The protocols involve anonymous credentials for the caregivers and smartcards for patients.

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Section: Related Workmentioning

confidence: 99%

Commercial Home Assistance (eHealth) Services

Milutinovic

Decroix²,

Naessens³

et al. 2012

Open Problems in Network Security

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“…Another research flavor that is complementary with our contribution are interoperability initiatives. [11] shows the possibility of interoperability between two standards, namely HL7 and IEEE 1451. HL7 is a messaging standard for exchanging medical information.…”

Section: Related Workmentioning

confidence: 99%

A Generic Architecture for Integrating Health Monitoring and Advanced Care Provisioning

Decroix

Milutinovic

Decker

et al. 2011

Communications and Multimedia Security

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“…There have been numerous attempts to apply international standards for healthcare system development (Huang, 2009) (Kim, 2010) (Trigo, 2009) (Yao, 2005). Previously, the relationships between the ISO/IEEE 11073 (usually referenced as x73) PHD model for ECG devices and the fields of the SCP-ECG standard (European Standard EN1063) were investigated (Trigo, 2009).…”

Section: Introductionmentioning

confidence: 99%

“…They proposed a hierarchical network architecture that measures patient-related data and accesses the Internet through GPRS/3G/WiFi. Kim et al, (Kim, 2010) proposed the integration of the IEEE 1451 and HL7 standards for exchanging information obtained from patients' sensors. In their proposed structure of the healthcare system, medical staff can access the mobile device of a patient by using the IEEE 1451 and HL7 standards.…”

Section: Introductionmentioning

confidence: 99%

Policy-based Emergency Bio-data Transmission Architecture for Smart Healthcare Service

Nah¹,

Chun²,

Park³

2013

Proceedings of the International Conference on Health Informatics

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In this paper, we propose a policy-based emergency bio-data transmission architecture for smart healthcare service. Using the proposed service architecture, the medical staff or doctors can monitor the emergency bio-data of remote patients in accordance with policy. The proposed system consists of three tiers: measurement tier of bio-data of patients, policy-based transmission tier of bio-data of patients, and message conversion tier between IEEE 11073 PHD (Personal Health Device) message and HL7 CDA (Clinical Document Architecture). Bio-data of patients are monitored by an IEEE 11073 PHD agent such as a pulse oximeter, glucose meter, etc., and it is transmitted to IEEE 11073 PHD manager. The manager diagnoses the bio-data information in accordance with policy. The manager software can be installed in either a smartphone or PC where it transmits the bio-data information to the UMS (Urgency Management Server). The UMS converts the IEEE 11073 PHD message to a HL7 CDA standard message, after which it sends the converted HL7 CDA message to the medical staff or medical system. Finally, the medical staff can perform diagnoses using the patient bio-data information. Details of the proposed system architecture are discussed.

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Integration of IEEE 1451 and HL7 Exchanging Information for Patients’ Sensor Data

Cited by 25 publications

References 1 publication

Commercial Home Assistance (eHealth) Services

Commercial Home Assistance (eHealth) Services

A Generic Architecture for Integrating Health Monitoring and Advanced Care Provisioning

Policy-based Emergency Bio-data Transmission Architecture for Smart Healthcare Service

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