Mode transfers have attracted attention from the standby system community as they can
effectively reduce system downtime. However, the existing models are not applicable to …

It has been shown that mode transfers can effectively balance the resource consumption
and restoration time of standby systems. However, the existing methods assumed unlimited …

Warm standby redundancy is an important fault-tolerant design technique for improving the
reliability of many systems used in life-critical or mission-critical applications. Traditional …

This paper considers a new type of optimization problems, the optimal standby mode
selection problem in 1-out-of-N: G warm standby systems where multiple standby mode …

Standby redundancy is a design technique that has been widely adopted to enhance system
reliability and achieve fault tolerance in many critical applications. In this paper, we consider …

This paper models a hybrid standby system subject to periodic inspections and condition-
based standby mode transfers during a mission. At the beginning of the mission only one …

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 …

For safety-critical industrial systems, standby redundancy is widely applied to guarantee
safety requirements. With the advancement of sensing technology, real-time system …

Safety-critical systems have been widely applied in various practical engineering fields to
perform specific missions. Failures of such systems will lead to significant damage, thus …

Recent studies have shown that elements reusing through preventive replacements is
beneficial in enhancing the mission success probability (MSP) of standby systems. While …