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논문KCI 등재

Implementation of Medical Information Exchange System Based on EHR Standard

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Objectives: To develop effective ways of sharing patients’ medical information, we developed a new medical information exchange system (MIES) based on a registry server, which enabled us to exchange different types of data generated by various systems. Methods: To assure that patient’s medical information can be effectively exchanged under different system environments,we adopted the standardized data transfer methods and terminologies suggested by the Center for Interoperable Electronic Healthcare Record (CIEHR) of Korea in order to guarantee interoperability. Regarding information security, MIES followed the security guidelines suggested by the CIEHR of Korea. This study aimed to develop essential security systems for the implementation of online services, such as encryption of communication, server security, database security, protection against hacking, contents, and network security. Results: The registry server managed information exchange as well as the registration information of the clinical document architecture (CDA) documents, and the CDA Transfer Server was used to locate and transmit the proper CDA document from the relevant repository. The CDA viewer showed the CDA documents via connection with the information systems of related hospitals. Conclusions: This research chooses transfer items and defines document standards that follow CDA standards, such that exchange of CDA documents between different systems became possible through ebXML. The proposed MIES was designed as an independent central registry server model in order to guarantee the essential security of patients’ medical information.

Abstract

Objectives: To develop effective ways of sharing patients’ medical information, we developed a new medical information exchange system (MIES) based on a registry server, which enabled us to exchange different types of data generated by various systems. Methods: To assure that patient’s medical information can be effectively exchanged under different system environments,we adopted the standardized data transfer methods and terminologies suggested by the Center for Interoperable Electronic Healthcare Record (CIEHR) of Korea in order to guarantee interoperability. Regarding information security, MIES followed the security guidelines suggested by the CIEHR of Korea. This study aimed to develop essential security systems for the implementation of online services, such as encryption of communication, server security, database security, protection against hacking, contents, and network security. Results: The registry server managed information exchange as well as the registration information of the clinical document architecture (CDA) documents, and the CDA Transfer Server was used to locate and transmit the proper CDA document from the relevant repository. The CDA viewer showed the CDA documents via connection with the information systems of related hospitals. Conclusions: This research chooses transfer items and defines document standards that follow CDA standards, such that exchange of CDA documents between different systems became possible through ebXML. The proposed MIES was designed as an independent central registry server model in order to guarantee the essential security of patients’ medical information.

참고문헌 (10)

  1. 김남현, "HL7 Development Framework을 이용한 전자의무기록 시스템 설계", Healthcare Informatics Research, 11(3), pp.273~278 (2005), 대한의료정보학회
  2. 박성희, "HL7 프로토콜을 이용한 웹기반 의료정보 교환 시스템", Healthcare Informatics Research, 8(2), pp.1~17 (2002), 대한의료정보학회
  3. "EHR"[URL]
  4. 김윤, "상호운용성과 환자안전을 위한 전자건강기록시스템 연구개발사업", Healthcare Informatics Research, 12(2), pp.115~132 (2006), 대한의료정보학회
  5. Sartipi K, "Standard-based data and service interoperability in eHealth systems", This paper presented at IEEE International Conference on Software Maintenance 2008 (2008)
  6. Haomin L, "A clinical document repository for CDA documents", Proceedings of ICBBE 2007: Bioinformatics and Biomedical Engineering, pp.1084~1087 (2007)
  7. "Clinical Document Architecture"[URL]
  8. Yun JH, "Generation and processing of CDA documents based on entry level supporting templates", Kyungbuk National University, 116~ (2008)
  9. "Object identifier (OID) registry"[URL]
  10. "Object identifier(OID) repository"[URL]

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