Exact(10)
The required computational effort for decoupling in each iteration is just single reliability analysis.
In each iteration, a set with high likelihood of containing the optimal design parameters is identified using a single reliability analysis.
For example, G theory does not require parallel forms (i.e., equal means, variances, and covariances), can handle unbalanced designs, and provides a single reliability estimate for designs with multiple sources of error.
Although it seems to require numerous reliability analysis runs to locally estimate the failure probability function, which is a function of the design variables, the approach only requires a single reliability analysis run.
Risk-based or probabilistic risk assessment (PRA) methodology presented by EPRI [9, 10, 11] is another practical hybrid approach that combines a probabilistic measure of the likelihood of undesirable events with a measure of the consequence of the events (that is, the impact) into a single reliability index.
When this is not true a single reliability value cannot apply to all scores.
Similar(50)
A test-retest study showed single item reliability in the range of 0.62 to 0.76, and a summed score reliability of 0.79.
For the consistency-based single-item reliability, the average single-item reliability over all five personality dimensions lies at.54.
This was a single operator reliability design study using ultrasound imaging to measure muscle thickness in 27 subjects on three separate occasions.
Values for single measure reliability are provided.
In the present study a two-way random effects model single measure reliability (2,1) was used.
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