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Reliability and availability analysis are essential in dependable criticalembedded systems. The classical implementation of dependability for an embeddedsystem relies on merging both fundamental structures with the requireddependability techniques to form one composite structure. The separation of thebasic system components from the dependability components, reduces complexityand improves the design. The goal of this work is to assist implementingreconfiguration-based fault tolerance in safety-critical embedded systemsapplications. The primary intention is to reduce the repair time in order toenhance fault tolerance and produce dependable embedded systems. The proposedsolution is a dedicated CAD-tool designed to generate a reference strategy forthe system manager of a distributed embedded system to control andautomatically reconfigure the processing elements of the system. The proposedtool auto-generates program codes to be executed by a system manager to governthe DES. It also computes different reliability solutions with necessarysupporting calculated parameters and graphs sorted to support the faulttolerance design of the system. The proposed tool can be used to simulatepossible configurations based on the desired degrees of faults and systemreliability. The graphical interface of the tool is unique and hides thecomplexity of the systems underneath. A comparison with a similar tool ispresented.

A CAD-Based tool for fault tolerant distributed embedded systems