Table 2

An overview of some works that adopted the object-oriented paradigm for dynamically building systems.

ReferencesYearDomain applicationContribution
[25]2018Modeling cardiopulmonary interactionsAn object-oriented model to investigate cardiopulmonary interactions in humans
[26]2017Large-scale Smart GridsThe equation-based/object-oriented modeling method and the modelling language of Modelica to control, design, and manage large-scale Smart Grids
[27]2015eHealthA functional architecture and context-aware model intended to steer an intelligent, adaptive message routing, and personalized policy. The relevance of the approach was illustrated by a use-case in the eHealth field
[28]2014Modelling of nuclear reactor dynamicsAn object-oriented model and simulation tool for the investigation of the Advanced Lead-cooled Fast Reactor European Demonstrator plant dynamics
[29]2013Modelling of physiological systemsAn Object-oriented model and simulation of the closed-loop cardiovascular system through using SIMSCAPE
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