On defining a model driven architecture for an enterprise e-health system

Design Pattern Evaluation on A RESTful API Wrapper: A Case Study of Software Integration with An Internet Payment Gateway using Model-Driven Architecture

“…1 Model-driven architecture transformation [7] MDA facilitates the development of a system in abstraction and simplifies implementation of that system across a variety of platforms. The MDA has been successfully implemented in various business domain such as accounting system [8], embedded system [9], cancer research [10], human language technologies [11], also more recently enterprise e-health system [12] and Zakat calculation [13]. MDA may provide 10-20% efficiency improvement of existing systems engineering efforts once the methodology is understood and successfully adapted [14].…”

A mechanism design framework for hiring experts in e-healthcare

“…Further, they provide the guidelines for the cost and time effective implementation of HISs. In Atanasovski et al (2018), a set of models that formalize the implementation of e-health system using Model Driven Architecture (MDA) as a framework, is presented. The study in (Ekblaw et al 2016) developed a decentralized health record management system, named MedRec to handle Electronic Health Records (EHRs) using blockchain technology.…”

Model-driven data-intensive Enterprise Information Systems

“…Design-level use of MDE standards is important in development of very complex distributed systems, which are difficult to maintain due to possible interoperability problems. Examples of solutions to the design of such complex systems are provided in the domain of development healthcare systems (Dimovski et al 2018) and manufacturing systems (Liao et al 2018). Liao et al (2018) proposed the approach of combining the specific design (holonic) approach with using new modelling paradigm, convenient for the analysis of interoperability issues, namely Notification-Oriented Paradigm (NOP).…”

“…To facilitate interaction modelling in a heterogeneous environment and thus, to address the resolution of interoperability problem, many researches rely on the formal models, namely ontologies at different levels of system abstraction (Dimovski et al 2018) (Liao et al 2018) (Diamantopoulos and Symeonidis 2018). The expressivity of formal models, combined with a range of available domain ontologies has shown useful also in designing experiments and respective automatic code generation for test-beds, as a powerful alternative to the relevant DSL languages and especially complex experiment configuration tools (Jelenković, Tošić, and Nejković 2018).…”

“…A process model perspective is widely used discourse to understand the inner workings of the complex EIS, for the purpose of its analysis, optimization and/or re-engineering (Dimovski et al 2018). However, this perspective is not commonly used in WSN, CPS and IoT systems.…”