Rescue procedures (RP), triggered either by the occurrence of the mission failure or by a
certain undesired system state, are usually applied to survive a life-critical or safety-critical …

Many critical systems are designed with the rescue function to possibly survive the system in
the event of the defined mission not being able to continue. Existing models have focused …

This work considers a system consisting of two overlapping subsets of components.
Availability of all components composing the subsets is required for performing the primary …

In many life-critical applications (eg, spacecraft, aircrafts and chemical reactors),
accomplishing a specified mission or aborting mission objectives in the case of certain …

For many safety-critical systems such as aircrafts, nuclear power plants and human space
flights, system survival has higher priority over mission completion. For the purpose of …

In some engineering fields, systems are required to complete a mission over a period.
However, for some safety-critical systems, the survival of systems often has higher priority …

To enhance survivability of many real-world critical systems (eg, aircrafts and human space
flight systems), mission abort procedures are often utilized in practice. Specifically, the …

Research on mission abort strategies was mostly devoted to binary systems that can be only
in two states, ie, operable or failed. However, the real-world systems can often operate in …

Mission abort has recently attracted considerable attention to enhance the safety of critical
systems during the primary mission (PM). Most of the existing research focuses on mission …

To enhance survivability of many real-world critical systems (eg, aircrafts, human space flight
systems and dangerous technological processes), mission abort procedures are often …