Modeling of an online learning architecture for mechanic ventilation integrating teleoperated equipment using colored Petri nets

Worldwide, diseases of the ventilatory system are the leading cause of disability and death. Currently, this critical scenario has been fueled by the rapid spread of COVID-19. Although the pandemic has motivated the development of technologies related to care, such as mechanical ventilators, the integration of an infrastructure that integrates a cyber-physical environment for the generation of virtual learning environments that integrate remote laboratories for the training of health professionals in ventilation mechanics has been limited. In this sense, this work focuses on the specifications of an architecture of virtual learning environments that integrates hardware and software resources with pedagogical strategies using the colored Petri net as a modeling tool.