3. Hybrid system simulation

The aim of automation is to ensure that a real system meets a certain number of specifications. It is therefore necessary to study and analyze the behavior of the system and its control. Several approaches are possible, depending on the difficulty of the analysis problem and the level of guarantee required for the result. The most general approach is to study the system using numerical simulation. For the time being, the main use of hybrid models remains simulation. Indeed, the difficulties involved in analyzing and synthesizing SDH make simulation a preferred study tool. Simulation software has been developed since the 1970s, initially to deal with specific processes: nuclear physics [11] , static converters [12][13]...