Sentence examples for distributions of task from inspiring English sources

The presence of normal distributions of task times was assessed by Kolmogorov-Smirnov tests.

To assess whether the observed differences were qualitative or quantitative in nature, a final analysis focused on the scalp distributions of task and source switching effects.

A closer look at the RT distributions of task switch and task non-switch, response switch and response repetition, S-R compatible and S-R incompatible trials, and post error trials reveal that the development of both the processes (task switching and error processing) differed in terms of difference in age-related changes observed in the 5th and 95th percentile value.

Three observations are important to highlight: First, rather than identifying parcels that contain uniform peak density values within the parcel's extent, the pCC's peak density map is a continuous distribution of peak tallies centered around local maxima (this finding is similar to what is observed with voxel-wise distributions of task-evoked activity).

It performs particularly well for instances with non-symmetric probability distribution of task durations.

With consideration of the network task characterizations such as distribution of task arrival time and task holding duration, simulation experiment results are analyzed and the expression of optical space network queuing delay is given.

Johnson (2010) showed that when considering multiple tasks, the spatial distribution of task stimuli can lead to short-term specialization, even in the absence of thresholds.

First is the relatively small number of participants in each experience group, which could have led to nonsignificant results and the skewed distribution of task times.

A recent article has explored the effect of spatial distribution of task stimulus on worker activity (Richardson et al. 2011) based on response thresholds; the results of this study suggest that a spatially explicit response threshold model, with local cues, shows similar behavior as a non-spatially explicit model with global cues, at least when only one task is considered.

Men and women spend most of their time separated and with a distinct distribution of tasks.

We show that communication between cell-mimics allows distribution of tasks, quorum sensing, and cellular differentiation according to local environment.