Redundancy allocation problem (RAP) has attracted many researchers in recent years as it
is very important aspect in the field of reliability and system engineering. It plays an …

To be more competitive in the market, the reliabilities of systems or products need to be
optimized by system designers. This goal is accomplished by applying suitable reliability …

The reliability–redundancy allocation problem (RRAP) has been intensively studied to
identify the optimal system design under several constraints, so as to maximize the system …

A novel general reliability model optimization model based on mixed redundancy strategy is
proposed for k-out-of-n: G subsystems. In this model, the minimum required component for …

The multiobjective reliability redundancy allocation problem (MORRAP) aims to ensure high
system reliability in the presence of optimally redundant components. This is one of the most …

This article presents a new interpretation and formulation of the Reliability–Redundancy
Allocation Problem (RRAP) and demonstrates that solutions to this new problem provide …

Most of the existing works addressing reliability redundancy allocation problems are based
on the assumption of fixed reliabilities of components. In real-life situations, however, the …

Enhancing reliability in complex systems often leads to allocating redundant elements and
identifying the system configuration by connecting various stages. Most of the redundancy …

Modern society depends on the stability of computer networks. One way to achieve this goal
is to determine the optimal redundancy allocation such that system reliability is maximized …

Uncertainty is a practical issue in system design optimization because some characteristics
of components, such as reliability and cost, cannot be determined precisely in many …