Sentence examples for deviations associated to from inspiring English sources

The bias is indeed on the order of a couple of standard deviations associated to this noise level, σ = 0.087 pixels = 0.0043 micropad unit.

We observed relatively low standard deviations associated to any given data point of the tumor growth kinetics, even during the time lapse corresponding to the fastest tumor growth, which mirrors a good reproducibility of the experimental procedure.

In this simulation study, "deviations" from user-defined targets are simplified into two associated rules (a) average farm herbage mass deviation to adjust herbage allowance, and (b) target animal live weight deviation, associated to SMF1.

Based on the first 10 orders of approximations, we demonstrate through simulation the reasonable convergence of the obtained probabilistic approximation algorithm to the maximum possible sample standardized deviation associated to a given probability distribution on the real line.

Additionally, in order to avoid scale indeterminacy and remove constant values, we have to work with normalized sources S i, i.e. S i ← ( S i − μ i ) / σ i 2 where μ i and σ i are the mean and standard deviation associated to source i.

Although rarely followed, the CONSORT statements recommend using mean and standard deviations (eventually associated to the interquartile range) for symmetrically distributed variables, and median with its interquartile range for other variables [3].

Although rarely followed, the CONSORT statements recommend using mean and standard deviations (eventually associated to the interquartile range) for symmetrically distributed variables, and median with its interquartile range for other variables [ 3].

Interestingly, such deviations can be associated to isochore-like regions [ 19] -long-homogeneous genome regions computationally predicted by directly examining the genome sequence and sharing many compositional and biological features with true isochores [ 20- 24].

These findings either would not have been noticed by conventional sessile drop methods or might have been dismissed due to deviations associated with measurements or sample-to-sample variations in surface composition.

Closed-form mathematical relationships are developed, and recommendations are provided for the level of deviation and uncertainty associated to different models, in relation to a baseline model, both for panel surface acceleration and radiated sound power.

The transfer function for a single mass-spring system under dynamic equilibrium, i.e. H (n) = σ d (n)/F (n) (where F (n), d (n) represent the acting force and standard deviation of displacement associated to the frequency n, respectively), is defined by Eq. (3)—see Gould and Abu-Sitta (1980).