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Increasing the reliability of a system is generally achieved by using redundant components, which results in raising the system cost. A great challenge in system design is to improve the system reliability while still meeting the resources limitations, typically the budget constraints. This paper considers the redundancy allocation problem (RAP) for series-parallel systems with warm standby sparing...
Warm standby sparing is a fault-tolerant design technique developed as a compromise between cold sparing and hot sparing approaches in terms of power consumption and recovery time. Warm spares have time-dependent failure behavior; before and after they are used to replace a faulty component, warm spares have different failure rates or in general failure distributions. Existing approaches for analyzing...
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