Titlebook: Design of Dependable Computing Systems; Jean-Claude Geffroy,Gilles Motet Book 2002 Springer Science+Business Media Dordrecht 2002 Hardware

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Design For TestabilityFaced with the ever-increasing complexity of testing, scientists have developed several methods and techniques to make test pattern generation easier, as well as to decrease the length of these sequences in order to reduce the testing duration, by acting on the product design.

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Fault and Error Modelsow can faults and errors be expressed by means of mathematical modeling tools and what is the relevance of such models? The answer to this question is important because it affects the means that will be used to prevent, detect, or tolerate faults.

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Redundancy code or arithmetic codes, or even in the form of task duplication techniques with majority vote or . feature of programming languages, . is omnipresent in almost all dependability techniques. In this chapter, we introduce this concept and the associated notions. They will be used later on in the following chapters of parts three and four.

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Introductory Elements: Dependability Issuesof design and production, and improving the global quality of our life. Moreover, the consumers who demand more and more services encourage this innovation. The sophistication of automobiles is a good example of this evolution: assisted braking and grip, reduced gas consumption by a better optimizat

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General Context created and designed for applications embedded in a given environment. This general scheme corresponds to a wide and significant range of real situations. In section 2.1, we firstly present the product in the final context of its application. Then, in section 2.2, we note the principal stages which

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