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Time-triggered architectures (TTAs) are strong candidate platforms for safety-critical real-time applications. A typical time-triggered architecture is constituted by one or more clusters. Each cluster consists of nodes communicating with one another via a time-triggered communication protocol. Designing applications to run on such a platform is a challenging task. We address this problem by constructing a UML-based design framework which exposes the essential features of the time-triggereddoi:10.1109/rtss.2007.18 dblp:conf/rtss/NguyenTW07 fatcat:bgo7ofwzmvdotk76zhw6r7slae