Recent reliability literature has extended the investigation of mission abort policies for single-
attempt missions to multi-attempt missions, where the mission task may be attempted …

Mission abort may reduce the risk of system losses in many critical applications. Diverse
aborting policies have been designed for single-attempt and multi-attempt missions …

Motivated by the demand of increasing the mission success probability, there is a shift of
attention from single-attempt missions to multi-attempt missions in the mission aborting …

Unmanned combat system-of-systems (UCSoS) refers to a new type of combat force
composed of unmanned combat platforms with different capabilities and whose structure …

As one of the most important aspects in prognostics and system health management (PHM),
spare parts play significant roles in enhancing reliability, shortening downtime, and reducing …

The state of the art in the recently emerged and rapidly developing field of mission aborting
and multiattempt missions is briefly discussed. The research aims to develop optimal rules …

Multi-attempt mission aborting systems have recently received significant attention from the
reliability community. Existing models mostly assume parallel or sequential execution of …

Intensive efforts have been devoted to mission aborting systems. However, the existing
models mostly assumed static performance or failed to consider limited resources (eg …

In spite of intensive works on modeling and optimizing diverse mission aborting systems
from the reliability community, none of the existing models have considered multiple rescue …

This paper proposes a new mission system model where the task may be attempted multiple
times by different components that are activated one by one with dissimilar delays. The …