By Jean-Claude Laprie (auth.), Brian Randell, Jean-Claude Laprie, Hermann Kopetz, Bev Littlewood (eds.)
Systems engineers are more and more having to house the matter of ways to make the method of designing and developing responsible computing structures even more predictable and reasonably priced. the nice problem approximately dependability is that it's a platforms factor, seeing that nearly all points of a computing process, and of the ability during which it was once targeted, designed and developed, can have an effect on the system's total dependability. This booklet explores hyperlinks, and gaps, among issues which are usually investigated individually, yet whose interactions might be of substantial relevance to problems with total process dependability.
It comprises fabric on all 4 of the most subject matters which are an important to the profitable creation of liable computing structures specifically: fault prevention, fault tolerance, fault elimination, and fault forecasting. specific emphasis is put on the issues of real-time and allotted computing platforms. This booklet offers modern information regarding the newest study on those subject matters from a staff made of a lot of Europe's prime researchers - it really is in response to the paintings of 2 successive significant ESPRIT simple examine initiatives on Predictably liable Computing platforms. those initiatives lasted over six years in overall, and every concerned nearly 40 researchers at anybody time.
The booklet incorporates a conscientiously edited choice from one of the over 2 hundred released papers produced by means of the PDCS tasks and offers a very good basic evaluate of the paintings of the 2 initiatives, in addition to assurance of many of the tasks' significant study achievements.
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Additional info for Predictably Dependable Computing Systems
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Atomic broadcast , clock synchronization [42,45] or membership protocols ). It is important to realize, however, that the inevitable presence of structural redundancy in any fault-tolerant system implies distribution at one level or another, and that the agreement problem therefore remains in existence. g. inter-stages , multiple stages for interactive consistency [31 D. Fault tolerance is (also) a recursive concept: it is essential that the mechanisms aimed at implementing fault tolerance be protected against the faults which can affect them.
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