This paper proposes a pattern‐based prognostic methodology that combines logical
analysis of data (LAD) as an event‐driven diagnostic technique, and Kaplan–Meier (KM) …

Turbofan engines will gradually degrade until failure occurs or life ends if without
maintenance. Reliable degradation assessment and remaining useful life (RUL) estimation …

This paper presents a prognostic methodology that can be implemented in a condition-
based maintenance (CBM) program. The methodology estimates the remaining useful life …

This paper develops an equipment failure prognostics model, in the context of Condition
Based Maintenance (CBM), in order to predict the equipment's chance of survival, using …

Over the last decade, the prognostics and health management literature has introduced
many conceptual frameworks for remaining useful life predictions. However, estimating the …

The ultimate goal of most prognostic systems is accurate prediction of the remaining useful
life of individual systems or components based on their use and performance. Traditionally …

Degradation of systems is a natural and inevitable process which widely happens in
industries. Therefore, prognostics is used to prevent unexpected failures of complex …

The ultimate goal of most prognostic systems is accurate prediction of the remaining useful
life (RUL) of individual systems or components based on their use and performance. This …

Abstract Prognostic Health Management aims to predict the Remaining Useful Life (RUL) of
degrading components/systems utilizing monitoring data. These RUL predictions form the …

Monitoring the system's health status by utilizing multiple sensors concurrently and fusion of
their information will be effective for assessing the system's degradation process. Due to the …