Scalable Design-Time Scheduling.

Task scheduling on multiple heterogeneous processors is notorious for its computation intractability. Although previous design-time task schedulers have tackled this intractability with fast heuristics, it remains time-consuming to explore the design space for large input TF. This chapter presents a novel method that combines the graph partition and the TF interleaving technique to tackle the trade-off exploration problem in a scalable way. Based on this method, we have developed a hierarchical scheduler that can employ the existing design-time schedulers and can significantly accelerate the design space explorations for large TF. [ABSTRACT FROM AUTHOR]