Timing analysis and conditional scheduling in a real-time system design environment
Zebo Peng, Anders Törne · 2002
This paper presents an approach to carry out timing analysis and scheduling in a real-time system design environment for flexible manufacturing systems. It is built based on a formal model for specifying real-time systems using extended timed Petri nets. The designer uses the model to specify a design at a given level. The functional characteristics as well as timing properties of the design can then be analyzed with design evaluation procedures. To facilitate timing analysis, a conditional scheduling strategy has been developed to provide a pre-run-time schedule. The strategy is based on a list scheduling method with several priority schemes. This paper describes the design environment, the timing analysis procedure, and the basic strategy for scheduling.>