Sentence examples for distribution around the mean from inspiring English sources

In addition, the distribution of the random-based scheme presents a distribution around the mean with large deviations while the MESF scheme shows a very tight distribution; meaning that most task and server assignments result in energy savings.

If you want to play around further with the numbers, then if we assume that closures occur randomly as a normal distribution around the mean, and that Google is going to shut Google Keep, then there's a 68% chance that the closure will occur between April 2015 and February 2019.

Ideally, we like to see a bell-shaped, symmetrical distribution around the mean value.

To determine the actual demand and production of each user per time step a normal distribution around the mean (from a constant pattern) with a coefficient of variation of 50%% for demand and 20%% for production is applied.

The presence of the TO signal, due the GaAs bulk crystal structure, instead of surfaces and IFs, and the standard deviations being less than 0.85, with standard errors less than 0.37, results in a tight point distribution around the mean, indicating a high reliability of the experimental results.

The only group that displayed pure FA (normal distribution around the mean of zero) was the scorpions.

We estimated the uncertainty around the cost-effectiveness estimates using bootstrap, which meant the observed sample was treated as a proxy for the population of community-dwelling older adults and resampled (4000 times) from that sample to estimate empirically the distribution around the means.

Note that classes of points are visually and linearly discriminated from each other; (c) representation of point clouds as homogeneous spherical distributions around the mean trajectories of the left hand.

As indicated in Figure 3, both Raindance and Nimblegen exhibited tighter sequence coverage depth distributions around the mean as compared to Agilent, but the benefits of these tighter distributions were outweighed by lower on-target efficiency that was observed for these platforms in our experiments.

Specifically, probabilistic variables for the time infusion, transportation cost and productivity loss were associated with normal distributions around the mean and a 10% coefficient of variation (CV).

This data was then used to define the 99.7% confidence intervals for the distribution of fluorescence ratios corresponding to each genotype based on three standard distributions around the mean fluorescence ratio for each genotype (see boxes in Figure 6).