Abstract Information‐driven mission abort is an effective way to control the failure risk of
safety‐critical systems during mission executions. We investigate the optimal sampling and …

The mission abort is an effective action to reduce the risk of casualties and enhance the
survivability of mission-based systems such as aircrafts, submarines, and unmanned aerial …

The mission abort is an effective action to reduce the risk of casualties and enhance the
survivability of mission-oriented systems, such as aircrafts, submarines, and unmanned …

Failures of safety-critical mission-based systems, such as aircraft and submarines, could
result in significant losses and damage. To enhance the survivability of such systems, their …

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 …

At many instances, it is important to keep a system from being destroyed or “lost” at a cost of
not completing its mission. Therefore, to enhance survivability of many real-world critical …

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 …

Abstract his paper presents a joint optimization of inspection and condition-based mission
abort policy for a partially observable safety-critical system. The system deterioration is …

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 …

For safety‐critical systems such as aircrafts and submarines, mission abort is commonly
deployed to enhance system survivability at the cost of reducing mission success probability …