"trial length" is a correct and usable phrase in written English.
It is usually used to refer to the duration of a legal trial or experiment. For example: "The trial length was shorter than expected due to the strong evidence presented by the prosecution."
Training consisted of five daily sessions each comprising six trials with a maximum trial length of 60 s.
Each execution is known as a trial and its duration is termed the trial length.
These guidelines address acceptable reliability and the gains achieved by adding trials or increasing trial length.
Further, we extend the deterministic results to random case by designing ILC updating laws with randomly varying trial length.
At any instant on the current trial, data from the complete previous trial is available and hence noncausal information in the trial length indeterminate can be used.
As shown in previous investigations, the SV attributes, when optimally filtered with a low-pass filter, were highly independent of the trial length and the sampling frequency, and were unaffected by the sampling noise.
In this paper we propose a new methodology to synthesize and implement robust monotonically convergent ILC for lifted systems, with the computational complexity that is linear in the trial length.
The placebo remission rates are influenced by the trial length, number of study visits, use of stricter remission definitions, and design features that enroll patients with more active disease.
Efficient solutions, with the linear complexity in the size of the trial length, are presented for both the BDU least squares problem and for the computation of the uncertainty bounds in the trial domain.
Finally, based on burst intervals extracted from each trial for the beta band (20 35 Hz) and two gamma sub-band oscillations (50 90 and 80 120 Hz), we defined for each band a trial-collective measure, called a burst rate, as the proportion of trials where a given electrode displayed burst-like oscillatory dynamics around the time point of interest sliding over the trial length.
