Co-simulation consists of the theory and techniques to enable global simulation of a coupled
system via the composition of simulators. Despite the large number of applications and …

Co-simulation promotes the idea that domain specific simulation tools should cooperate in
order to simulate the inter-domain interactions that are often observed in complex systems …

Future intelligent and integrated energy systems must have a high degree of flexibility and
efficiency to ensure reliable and sustainable operation. Along with the rapid expansion of …

In the engineering of heterogeneous systems, there have always been challenges related to
ensuring a common understanding of the interfaces between the constituent systems. In …

Combined building indoor climate and energy simulation models only recently gained vast
popularity and their application has been moving from the research community to a broader …

Abstract​ Modeling and Simulation (M&S) techniques are today extensively used both in
industry and science, to develop and understand complex systems.​ As development …

In this thesis, hierarchical structures in cooperative simulation (abbreviated co-simulation)
are introduced and investigated with regard to consistency and stability. Co-simulation …

As of late, the number and the diversity of autonomous vehicles used in various tasks have
been increasing. A Platform was created in the Artificial Intelligence and Computer Science …

The development and testing of automated driving functions in the real world is costly and
time-consuming. For this reason, software for automated driving is at first developed and …

This paper addresses three of the most common real‐world challenges to modeling. The
INCOSE Vision 2035 correctly states that the future of SE is Digital and Model Based …