Software fault tolerance in real-time systems: Identifying the future research questions
Tolerating hardware faults in modern architectures is becoming a prominent problem due to
the miniaturization of the hardware components, their increasing complexity, and the …
the miniaturization of the hardware components, their increasing complexity, and the …
[HTML][HTML] Measuring reliability under epistemic uncertainty: Review on non-probabilistic reliability metrics
In this paper, a systematic review of non-probabilistic reliability metrics is conducted to assist
the selection of appropriate reliability metrics to model the influence of epistemic uncertainty …
the selection of appropriate reliability metrics to model the influence of epistemic uncertainty …
An efficient Kriging-based subset simulation method for hybrid reliability analysis under random and interval variables with small failure probability
This paper proposes an efficient Kriging-based subset simulation (KSS) method for hybrid
reliability analysis under random and interval variables (HRA-RI) with small failure …
reliability analysis under random and interval variables (HRA-RI) with small failure …
A novel projection outline based active learning method and its combination with Kriging metamodel for hybrid reliability analysis with random and interval variables
This paper focuses on the hybrid reliability analysis with both random and interval variables
(HRA-RI). It is determined that a metamodel only accurately approximating the projection …
(HRA-RI). It is determined that a metamodel only accurately approximating the projection …
A combined projection-outline-based active learning Kriging and adaptive importance sampling method for hybrid reliability analysis with small failure probabilities
In this paper, the adaptive importance sampling (AIS) method is extended for hybrid
reliability analysis under random and interval variables (HRA-RI) with small failure …
reliability analysis under random and interval variables (HRA-RI) with small failure …
First and second order approximate reliability analysis methods using evidence theory
The first order approximate reliability method (FARM) and second order approximate
reliability method (SARM) are formulated based on evidence theory in this paper. The …
reliability method (SARM) are formulated based on evidence theory in this paper. The …
Belief reliability for uncertain random systems
Measuring system reliability by a reasonable metric is a common problem in reliability
engineering. Since real systems are usually uncertain random systems affected by both …
engineering. Since real systems are usually uncertain random systems affected by both …
An evidential network approach to reliability assessment by aggregating system‐level imprecise knowledge
T Huang, Z Shao, T **ahou, Y Liu - Quality and Reliability …, 2023 - Wiley Online Library
Modern complex engineering systems oftentimes possess hierarchical structures which can
be physically divided into several levels. Traditional reliability assessment methods were …
be physically divided into several levels. Traditional reliability assessment methods were …
Improvements to the probability density evolution method integrated with the change of probability measure on quantifying hybrid uncertainties
The probability density evolution method (PDEM) synthesizing the change of probability
measure (COM) provides a compatible framework for quantifying simultaneous aleatory and …
measure (COM) provides a compatible framework for quantifying simultaneous aleatory and …
Epistemic uncertainty-based reliability analysis for engineering system with hybrid evidence and fuzzy variables
With the rapid development of reliability analysis theory, the safety assessment for
engineering systems with hybrid epistemic uncertainties has received increasing attentions …
engineering systems with hybrid epistemic uncertainties has received increasing attentions …