Sentence examples for trials timing from inspiring English sources

In both trials, timing of surgery was not studied, and no cost-effectiveness or predisposing factors were evaluated.

To examine the effect of TMS side and timing of the TMS pulse on cue processing we conducted repeated-measures anova of the RTs in the cue conditions with session (long trials, short trials), timing (long SOA, short SOA), TMS side (contralateral to cue, ipsilateral to cue) and cue-validity (valid, invalid) as factors.

To examine the effect of TMS on the target stimulus processing we conducted repeated-measures anova of the RTs in the cue-absent conditions with session (long trials, short trials), timing [long stimulus onset asynchrony (SOA), short SOA] and TMS side (contralateral to target, ipsilateral to target) as factors.

When designing the latter two types of trials, timing is a key parameter to consider in the context of the mother-infant dyad: for example, should the intervention commence preterm and, if so, when; how long should it be continued during the postnatal period for the mother; when should it be initiated in the infant?

We emphasize that the subject was allowed as much time as desired to plan the two movements on each trial; timing did not start until the subject began to move.

For single trial estimates, category decoding was equal across all trial timing conditions while item-level information and memory effects were better detected using slow trial timing.

Jittered and non-jittered versions of the quick trial timing did not differ significantly in any analysis.

Here, we tested several designs that varied in the number of trials and trial timing within fixed duration scans while participants encoded images of animals and tools.

Trial timing conditions with fixed onset-to-onset timing ranged from slow 12-s trials with two repetitions of each item to quick 6-s trials with four repetitions per item.

We assessed the effect of trial timing on three dependent measures: category-level (animals vs. tools) decoding accuracy using a multivoxel pattern analysis, item-level (e.g., cat vs. dog vs. lion) information estimates using pattern similarity analysis, and memory effects comparing pattern similarity scores across repetitions of individual items subsequently remembered vs. forgotten.

Each predictor was a boxcar function that reflected the trial-by-trial timing of the auditory and movement epoch of the condition.