Despite the rich body of research on reliability analysis and optimization of warm standby
systems, the existing works have mostly failed to consider the practical storage component …

Life critical applications like space missions and flight controls require their computing
systems to be equipped with some fault-tolerance mechanism to meet stringent reliability …

Motivated by practical applications (for example production systems, flow transmission
systems, and transportation systems), this paper considers 1-out-of-N: G warm standby …

Many real-world critical systems, such as aircraft and human space flight systems, utilize
mission aborts to enhance the survivability of the system. Specifically, the mission objectives …

In this paper, mission cost and reliability of 1-out-of-N: G nonrepairable warm standby
systems with imperfect switching are modeled and analyzed using an iterative method. A …

This paper considers the optimal choice of productivity (load) of components in 1-out-of-N
non-repairable cold standby systems. It is assumed that each system component can …

Recent studies have shown that reusing standby elements during the mission may improve
the mission success probability significantly. However, such a benefit cannot be effectively …

This paper considers the optimal cold standby element sequencing problem (SESP) for 1-
out-of-n: G heterogeneous non-repairable cold-standby systems that accomplish multi …

This paper considers the modelling and optimization of 1-out-of-N: G cold standby (CS)
systems with non-repairable components functioning at different levels of productivity or …

Traditional standby system models have mostly assumed that each element can be online
and used once during the mission time. In practice especially when a long mission task is …