Titlebook: Structural Failure Models for Fault-Tolerant Distributed Computing; Timo Warns Book 2010 Vieweg+Teubner Verlag | Springer Fachmedien Wiesb

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subsequent system fa- ures, critical distributed systems, therefore, require engineering of means for fault tolerance. Achieving fault tolerance requires some redundancy, which, unfor- nately, is bound to limitations. Appropriate fault models are needed to describe which types of faults and how man

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Modelling Fault-Tolerant Distributed Systems,different processes in a system communicate. Prominent examples include communication via message passing or by accessing shared memory. The timing model relates events in a system to the passage of time. For example, a timing model may state upper bounds on the period it takes to deliver a message.

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Introduction,cient, more powerful, and more scalable than standalone systems. Distributed systems are characterised by consisting of active components that are spatially distributed and share information via some means of communication. The components are active in the sense that they perform computations that a

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节约

Constructing Coteries,atabase, it is essential that the processes agree on whether to commit or abort the distributed transactions. In a distributed operating system, processes need to coordinate their usage of shared resources. Such challenges are rather easy to solve in fault-free systems, for example, by introducing a

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Introduction,re of interest for the user of the system. The range of the components’ spatial distribution is wide, from micro-scale embedded systems-on-a-chip to globally – and possibly further – distributed systems.

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