Sentence examples for relation between variance from inspiring English sources

Experimental treatments altered the exponent b, but not the power law form, of the relation between variance and mean population density.

In this study, data were normalized before analysis and results are presented as the relation between variance in the high-frequency part of the spectrum (0.0021 0.0083 Hz, corresponding to the period from 2 to 8 min) and the low-frequency part (0.00026 0.0021 Hz, corresponding to 8 64 min).

The repeated measures covariance structure defines the relation between variances and covariances in the model for the repeated effect (time).

However, it is also possible that the genetic variant is merely a confounding factor, and that no functional relation exists between variance in DNA methylation and variation in metabolic traits.

For a negative binomial distribution with a known dispersion, there is a functional relation between the variance and the mean, that is, the variance of the negative binomial distribution is µ + µ²/ θ, where µ is the mean and θ the dispersion.

They did not remark that the relation between the variance and the mean in their data is well approximated by a power law.

A linear relation between log variance and log mean (Taylor's law) described accurately and robustly how variability in population size changed with mean population size in P. fluorescens bacteria.

The true relation between phase variance and waveguide properties of cones will not be known until these complexities are addressed.

To further investigate the relation between estimated haplotype variance and limitIBD and window size, we calculated per analysis the variance of the posterior total estimated breeding values (including polygenic effects) of the 2100 animals in the data, assuming no relations between animals.

Zhang et al.[10 13] presented a dynamic model to describe the relation between the RSS variance and the target location, then utilized geometric method and the dynamic cluster-based probabilistic cover algorithm to solve the DFL problem.

While we do not know the explicit relation between our phase variance measurements and the actual waveguide properties of the cones imaged, we nevertheless can make coarse predictions.