Failures of safety-critical systems may cause huge economic losses and irretrievable
disasters. The dynamic operating environment of such systems makes it more difficult to …

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 …

Modeling and optimizing mission abort policies have received intensive research attention
in the past decade. While most of the existing models assumed single-attempt missions, few …

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 …

This paper reviews works that consider the mathematical modelling of mission-abort
policies. In a mission-abort policy (MAP), a valuable, and perhaps vulnerable system …

For systems operating in random environments, shock number threshold-based mission
abort policies (MAP) have been modeled and optimized for balancing the mission success …

The mission abort is an effective action to avoid catastrophic accidents and enhance the
survivability of safety-critical systems such as unmanned aerial vehicle swarms and …

Numerous engineering systems gradually deteriorate due to internal stress caused by the
working load. The system deterioration process is directly related to the workload, providing …

A collaborative truck-and-drone system (TDS) can perform various tasks, such as military
surveillance, reconnaissance, logistic delivery, disaster search or rescue. In order to …

Safety-Critical Systems (SCS) stand for those systems designed to tackle events that could
potentially cause human injury or loss of life, significant property damage, financial loss, or …