Abstract
Software for safety-critical applications must provide high-confidence behavior through predictable timely executions. The Synchronous Digraph Real-Time (SDRT) task model is a graph-based model for safety-critical software, for which efficient timing analysis techniques exist. In this work, we present a software synthesis method to generate Ada source code from SDRT models verified by timing analysis. We also explore how the expressiveness of SDRT can be utilized in synthesizing real-time simulation code of systems with complex behavior through a heart/pacemaker case study.
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