The great potential of digital twin (DT) in supporting smart industrial systems has brought
huge requirements for on-demand DT-based simulation, a particularly useful and …

Digital twins (DTs) represent a key technology in the development, real-time monitoring and
optimisation of cyber–physical systems (CPSs). Such potential emerges as a result of the …

The cloud computing paradigm is attracting an increased number of complex applications to
run in remote data centers. Many complex applications require parallel processing …

The concept of digital twin demands fast and efficient methods to distribute, initialize, and
execute simulation models that replicate real-world systems and processes. In the field of …

The architecture design of peta-scale computing systems is complex and presents lots of
difficulties to designs, as current tools lack support for relevant features of future scenarios …

To allocate cloud resources efficiently and obtain the maximum economic benefit are the
major goals of the cloud resource providers and users. The objective of this paper is to …

Cloud computing provides various IT resources to users transparently in an easy-to-use, on-
demand, cheap and pay-as-you-go manner. It frees users of burdens associated with …

Cloud-based M&S can have many forms, from hardware as a service or cloud-based data
for M&S applications to providing M&S as a service. In order to be able to compose such …

The construction of efficient distributed simulation engines for discrete event systems (DES)
remains a challenge. The vast majority of simulations that are developed today are based on …

The cloud computing paradigm attracts increasing amount of Modeling&Simulation (M&S)
practitioners to perform their simulations in the cloud. Two issues, namely, the architecture of …