Transferring the Progress Control Policy for a Class of Discrete Event Systems

This research develops an intelligent method of transferring progress control policies for a class of repetitive discrete event systems, whose approach is based on Dioid algebra. The commonly used policies include a method that requires precedence constraints regarding processing order relations, and a method where relative processing start and completion times of all facilities need specified. However, in the conventional methods, these frameworks for handling the state equation differ significantly and not been unified yet. Hence, this research proposes a method of transferring the transition matrices, and accomplishes a method of transferring the progress control policy per job.