Annotation

Annotation: The article presents the results of a study on the problem of interoperability of components of the competent laboratory management system (QM) in the process of digital transformation. The problem of interoperability is an important aspect of automation of laboratory processes that requires an integrated approach and special scientific and methodological study both at the stage of LIMS implementation and in the future of interaction with various external digital ecosystems. The object of study in this paper is QM in the context of digital transformation. The subject of the study is the interoperability of QM components in the integration of digital standardization elements. The objective of this work is to quantify the semantic interoperability of QM components as a characteristic of the total value potential when designing a digital reference for a competent laboratory management system. The key tasks of the work include: to identify the critical entities of the research object in the current and prospective states; to clarify the parameters of ensuring and risk factors for disruption of the interoperability of the management system components; to conduct primary structural and functional (ontological) modeling of the subject area of the research object; determination of the conditional value potential of the projected QM based on a quantitative assessment of the semantic interoperability of the management system components. The following methods were used to solve the tasks set: analysis of publications on the research topic; expert analysis of the regulatory framework; analysis of the object and subject of research from the perspective of system analysis; structural and functional (ontological) modeling of QM; matrix-expert method for quantifying the semantic interoperability of management system components.