Uribe Gustavo A, Blobel Bernd, López Diego M, Ruiz Alonso A
Telematics Engineering Research Group, University of Cauca, Colombia.
Medical Faculty, University of Regensburg, Germany.
Stud Health Technol Inform. 2015;211:132-42.
The development of software supporting inter-disciplinary systems like the type 2 diabetes mellitus care requires the deployment of methodologies designed for this type of interoperability. The GCM framework allows the architectural description of such systems and the development of software solutions based on it. A first step of the GCM methodology is the definition of a generic architecture, followed by its specialization for specific use cases. This paper describes the specialization of the generic architecture of a system, supporting Type 2 diabetes mellitus glycemic control, for a pharmacotherapy use case. It focuses on the behavioral aspect of the system, i.e. the policy domain and the definition of the rules governing the system. The design of this architecture reflects the inter-disciplinary feature of the methodology. Finally, the resulting architecture allows building adaptive, intelligent and complete systems.
支持诸如2型糖尿病护理等跨学科系统的软件的开发，需要部署针对此类互操作性设计的方法。GCM框架允许对这类系统进行架构描述，并在此基础上开发软件解决方案。GCM方法的第一步是定义通用架构，然后针对特定用例进行专门化。本文描述了一个支持2型糖尿病血糖控制的系统通用架构针对药物治疗用例的专门化。它侧重于系统的行为方面，即策略领域以及控制系统的规则定义。该架构的设计反映了该方法的跨学科特性。最后，所得架构允许构建自适应、智能且完整的系统。
