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 …

In recent years, frequent natural or man-made disturbances have accelerated the study of
resilience management. As an important source of system resilience, maintenance activities …

Active redundancy is an effective technique for improving the mission success probability.
However, more components simultaneously performing the mission implies higher cost and …

Many computing and technological systems can be modeled as a dynamic voting phased
mission system (VPMS), which performs a pre-specified task in multiple consecutive phases …

Drones, or UAVs, are developed very intensively. There are many effective applications of
drones for problems of monitoring, searching, detection, communication, delivery, and …

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 …

Many technological and computing systems deployed for critical missions, like unmanned
aerial vehicles (UAVs) and wireless sensor networks, are often designed with redundancies …

Mission abort policies have been investigated for both single-attempt and multi-attempt
missions in the last decade. The existing models typically assumed a single task performed …

Airworthiness of multirotor unmanned aerial vehicles is of utmost importance for ensuring
safe flight operations, especially in high-risk airspace. The propulsion system plays a critical …

This paper considers a circular k-out-of-n: G balance system equipped with homogeneous
and stationary units. Building on previous research by Endharta et al.(Reliability …