A computational independent model for a medical quality management information system

Abstract

© 2018 CEUR-WS. All rights reserved. Abstract. We consider problem of Quality Management System (QMS) development for Irkutsk Regional Oncological Dispancery. The system is intended to organize the process management of medical treatment according to the standard ISO 9001:2015. QMS software subsystems are synthesized as a result of a logical inference of a set of subgoals (a scenario) with a hierarchy of modules represented in the LogTalk programming language within Model Driven Architecture (MDA) paradigm. The source Computational Independent Model is represented as a set of BPMN2.0, SysML and CMMN diagrams. The models are imported and stored as ontology A-boxes on an ontology server. The models are transformed into Platform Specific Models with following source code and initial data population. Additional data for the transformation are provided from Linked Open Data compliant sources. Usage of such kind of MDA allows us to develop QMS on the abstract model level in most cases and involve domain specialist in the formal part of the development. Rengineering business processes of the medical institution should result in patient treatment quality improvement, as well as formalizing the processes, giving ideas for automation, data accumulation and processing.