We recently presented a parallelization approach based on parallel design patterns and leading to structured parallelism. The approach is applicable for the parallelization of sequential code parts of embedded hard real-time software. To reduce work effort it is necessary to rely on tool support. In this context, we here present software for the model-based and multi-objective optimization of a software model with a high degree of parallelism. In addition, we introduce the timing analyzable algorithmic skeletons (TAS) for the fast implementation of the optimized software model. To support the static WCET analysis with the OTAWA toolset, we developed a compact XML format to describe software with TAS instances. Such a model can then easily be translated into the OTAWA XML format representing parallel flow-facts. All software described in this technical report is available under an open source license
