Abstract System reliability optimization is a living problem, with solutions methodologies that
have evolved with the advancements of mathematics, development of new engineering …

Due to significant industrial demands toward software systems with increasing complexity
and challenging quality requirements, software architecture design has become an …

Most of the existing works on reliability–redundancy allocation problem (RRAP) focus on
source-to-sink systems. This work formulates the RRAP with global reliability (g-reliability) …

Reliability has become a greater concern in recent years, because high-tech industrial
processes with ever increasing levels of sophistication comprise most engineering systems …

To maximize the reliability of a system, the traditional reliability–redundancy allocation
problem (RRAP) determines the component reliability and level of redundancy for each …

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 …

Optimal solutions to the redundancy allocation problem are determined when either active
or cold-standby redundancy can be selectively chosen for individual subsystems. This …

The reliability–redundancy allocation problem (RRAP) involves the selection of components
reliability and redundancy levels, with the aim of maximizing system reliability. Generally …

Three main ways can be followed to design for system reliability, namely component
reliability allocation, redundancy allocation (active or standby) and reliability-redundancy …

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 …