Sentence examples for controlling type I error from inspiring English sources

An initially balanced crossover design is analyzed by permutation rather than parametric methods in order to obtain exact distribution-free significance levels, thus controlling type I error and increasing power.

US biosafety regulatory processes tend to focus on controlling type I error, i.e. restricting the release of the crops when significant environmental risks do not exist, because the economic losses from denying commercialization can be estimated.

Given the negligible estimated DIF parameters, the testlet model outperforms both LR and HLR in terms of controlling type I error rate.

In both simulations and a real data example, we have found that 10-fold cross-validation with permutation gave the best power while controlling type I error close to the nominal level.

Figures 1 and 2 show that under the condition of no impact and no DIF contamination, all four DIF methods perform equivalently in terms of controlling type I error rate at the nominal level, regardless of the levels of item and person clustering effects and testlet contamination.

Multiple testing adjustment with the Holm method was applied for controlling type I error.

Three methods for controlling Type I errors are evaluated using simulated data for factor analytic models: the standard approach which involves testing each parameter at the.05 level, a Bonferroni approach, and a simultaneous test procedure (STP).

Finally, we will briefly describe permutation tests for controlling type-I error.

A permutation test is a general technique for controlling type-I error that is broadly applicable.

The analysis of real data confirmed that RareIBD is the only method that properly controls type I error.

Strategies to control Type I error rates are available but, for this exploratory study, would take us too far afield.