Exploiting Petri Nets for Graphical Modelling of Electromagnetic Pulse Switching Operations

Most of the current computing technology relies on semiconductor-based devices to perform fundamental switching/routing processes, however, recent advances in field optical have demonstrated that interconnected waveguides (in a series and/or parallel configuration) can enable high-speed switching and routing transverse electromagnetic (TEM) square pulses, creating new paradigms for alternative solutions computing. In this work, approach modelling TEM pulse is proposed by unleashing potential Petri-Nets (PNs). PNs are highly regarded graphical technique used multiple scenarios ranging from industrial engineering, electronic circuits even chemical engineering study reactions. The principles along with their graphically represent systems equations presented. These features then exploited interaction pulses waveguide junctions using three or four (series configurations). This work represents step toward allowing experts fields (such as computer science, electronics, photonics) contribute design future exploiting wave-based systems.