1 Summer School on Critical Embedded Systems st

Safety levels allocation are a part of the functional design concept and have an impact on the architecture, elements choices, development effort and cost.. Often, multiple

Zoom on response time constraints Simulation  Worst-Case Execution Time analysis  Response times by simulation: ECU, networks, system-level Testing Formal verification

During the last twenty years different design solutions have been proposed for time critical embedded systems through pessimistic estimation of performances of the processors

This paper explored the use of a diversity-based approach to enhance data communication integrity for critical embedded systems. Two different policies are discussed: i)

So instead of using one unique control function, we rely on a set of complementary ones, which means they have complementary (therefore cumulative) detection capabilities

Another key condition for the smooth running of the project is for the teaching team to hold scientific skills for all the technical dimensions involved in the development of

In this context, the purpose of this paper is to propose an integrated develop- ment framework for critical embedded systems, that goes from the programming of high

Another contribution from this paper is the illustration of how the Prelude - SchedMCore framework is applied to three main problems for safety-critical embedded systems. They are