SANTOS, M. V. P.; http://lattes.cnpq.br/9260638793493698; SANTOS, Matheus Vilarim Pereira dos.
Resumo:
Due to the increasing demand for the development of complex systems, the virtualization
of processes, and the growing search for cost and project time reduction, areas such as
virtual engineering have emerged. To meet the industry’s search for acceleration in the
product development process, software was designed to promote virtual testing and prototyping
environments. Thus, the built solutions can be implemented and tested from the
first stages of the development chain. In this scenario, the present work aims to carry out
a study on a framework with great applicability potential and a real capacity for collaboration
in industry and research, FERAL. Thus an analysis of the tool’s architecture and
components was carried out, highlighting its operating structure. From it, it’s concluded
that FERAL has a promising future as a modeling and simulation tool. Since it explores
a field little emphasized by other software, which is the integration between different simulation
platforms. It is also noteworthy that the UFCG/Fraunhofer IESE cooperation is
developing a 5G module for the tool, which will further expand its application area.