Framework for an Interactive Assistance in Diagnostic Processes Based on the Translation of UML Activities into Petri Nets

Abstract

In contemporary medicine, diagnostic processes provided by Clinical Practice Guidelines (CPGs) play a key role. A CPG provides recommendations that open up a scope of actions for the medical practitioner. But there is a gap between theoretical knowledge and practical solutions. Furthermore, barriers of implementation can arise. Taking these challenges into account, we propose a framework for facilitating the implementation of diagnostic processes. For this reason, the CPGs of Chronic Myeloid Leukemia (CML) and Myelodysplastic Syndromes (MDS) are modeled using Unified Modeling Language (UML). A UML activity serves as a basis for more complex models that are used to provide the actual assistance functions. This paper focuses on the automatic translation of UML activities into Petri nets.

Newest Web-Technologies for Studying and Diagnosing Individual Abilities of Learners

“…The study is based on the projective and recursive strategy (Pak, 2014) of creating a software product for collective and distributed research and practice-oriented user activity based on a cloud platform. The normal reference cognitive characteristics are objectified on the basis of expert and statistical analysis methods as well as dynamic testing ones (Philipp et al, 2015, Richland et al, 2007. The project is targeted at detecting two categories of abilities.…”

“…The normal reference cognitive characteristics are objectified on the basis of expert and statistical analysis methods as well as dynamic testing ones (Philipp et al, 2015, Richland et al, 2007. The project is targeted at detecting two categories of abilities.…”