EVALUATING REAL-TIME ABILITY AND FAILURE PROPAGATION IN DISTRIBUTED SYSTEMS
Dju Kiencke · 2001
New distributed real time architecture demands a better understanding of the overall system design. This paper discusses the development of a design process for such systems in which several objectives are considered. The paper also shows the most relevant modelling of functions in real time systems by describing them in combined Max-Min-Plus-Algebra. The model gained can be used for both timing analysis and failure propagation model.