Talks and Poster Presentations (with Proceedings-Entry):

W. Elmenreich, G. Bauer, H. Kopetz:
"The Time-Triggered Paradigm";
Talk: Workshop on Time-Triggered and Real-Time Communication Systems, Manno, Switzerland (invited); 2003-12-02; in: "Proccedings of the Workshop on Time-Triggered and Real-Time Communication Systems", (2003), 9 pages.

English abstract:
The time-triggered paradigm encompasses a set of concepts and principles that support the design of highly dependable hard real-time systems.
The concept of a sparse time base enables a consistent view of events and supports the identification of a global system state. As a prerequisite, clock synchronization is necessary across the distributed system. A concise description of interfaces in both, the value and the temporal domain supports a two-level component-based design approach. For dependability, fault-tolerance can be implemented by redundancy and fault containment concepts. The time-triggered communication provides a predictable timing behavior with guaranteed timing assumptions under full load and faulty conditions.

Online library catalogue of the TU Vienna:

Created from the Publication Database of the Vienna University of Technology.