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Exact(5)
Extensions to multiple independently variable loads and reliability computations are included.
A first-order or second-order reliability method gives good approximations to both component and system reliability computations.
This type of approach to designing for global behavior is fundamentally old; yet, the reliability computations presented herein are new.
Due to drawbacks shown by Markovian model for steady state reliability computations and neural network for initial training pattern, integration being called Markov-neural is developed and evaluated.
We proposed a semi-blind algorithm which minimizes the probability of backtracking by supplying the blind algorithm with reordered subcarriers based on their reliability computations using a sophisticated reliability criterion.
Similar(7)
The fuzzy reliability computation of single component is a fundamental problem.
The state-of-the-art of reliability computation methods for structural engineering is outlined and evaluated.
While states of failure occurrences are significant elements for accurate reliability computation, Markovian based reliability assessment method is designed.
The First-Order Reliability Method (FORM) is by far the most widely employed method for structural reliability computation.
The product of conditional marginal (PCM) method was proposed as a simple and effective method for system reliability computation.
ASVM-MCS is a powerful and promising approach for reliability computation, especially for nonlinear and high-dimensional problems.
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