Bayesian and likelihood inferences on remaining useful life in two-phase degradation models under gamma process

Keyphrases

• Remaining Useful Life 100%
• Gamma Process 100%
• Likelihood-free Inference 100%
• Two-stage Degradation 100%
• Remaining Life Prediction 100%
• Degradation Model 100%
• Bayesian Inference 100%
• Rate Change 100%
• Bayesian Approach 66%
• Degradation Rate 66%
• Likelihood Approach 66%
• Copyright 33%
• Simulation Study 33%
• Statistical Inference 33%
• Computation Time 33%
• Probability Distribution 33%
• Proposed Methodology 33%
• Single Product 33%
• Modern Products 33%
• Degradation Analysis 33%
• Chemical Changes 33%
• Interval Estimates 33%
• Reliability Engineering 33%
• Physical Changes 33%
• Stochastic Expectation-maximization Algorithm 33%

Mathematics

• Bayesian 100%
• Bayesian Approach 100%
• Likelihood Approach 100%
• Degradation Rate 100%
• Simulation Study 50%
• Probability Distribution 50%
• Stochastics 50%
• Expectation-Maximization Algorithm 50%
• Change Rate 50%
• Inferential Statistics 50%
• Interval Estimate 50%

Engineering

• Gamma Process 100%
• Degradation Model 100%
• Life Prediction 100%
• Degradation Rate 66%
• Bayesian Approach 66%
• Expectation Maximization Algorithm 33%
• Computational Time 33%
• Reliability Engineering 33%
• Change Rate 33%