Blobel B
Medical Informatics Department, Faculty of Medicine. Institute of Biometrics and Medical Informatics, Otto-von-Guericke University Magdeburg, Germany.
Int J Med Inform. 2000 Nov;60(2):193-201. doi: 10.1016/s1386-5056(00)00120-9.
Accepting the shared care paradigm, communication and co-operation required between health care establishments must be provided in a trustworthy way. The solution for establishing such trustworthy environment has to be based on a common policy framework, on services, and mechanisms, which have been standardised. In Europe, the legal framework, other policy issues, and the services and mechanisms needed have been developed within projects launched by the European Commission, by the European standards body CEN as well as by temporarily established groups. Within the European TrustHealth projects. a security infrastructure for trustworthy health telematics applications has been specified, implemented, and evaluated. It is based on Health Professional Cards and Trusted Third Party services. Experiences regarding organisational and technological implications of the specification, implementation, maintenance, and evaluation of such a security infrastructure are described on the basis of the ONOCONET example. For the complete software lifecycle, the UML methodology has been deployed.
接受共享护理模式后,医疗机构之间所需的沟通与合作必须以可靠的方式进行。建立这种可靠环境的解决方案必须基于一个共同的政策框架、标准化的服务和机制。在欧洲,法律框架、其他政策问题以及所需的服务和机制是在欧盟委员会发起的项目、欧洲标准机构CEN以及临时成立的小组中制定的。在欧洲TrustHealth项目中,已经指定、实施并评估了用于可靠健康远程信息处理应用的安全基础设施。它基于健康专业人员卡和可信第三方服务。基于ONOCONET示例,描述了关于这种安全基础设施的规范、实施、维护和评估在组织和技术方面的影响的经验。对于完整的软件生命周期,已经部署了UML方法。