Sentence examples for approximation to the standard from inspiring English sources

The gridrec method can be viewed as an approximation to the standard FBP method, making it more suitable for efficient computation using standard CPUs.

[x] represents the integer nearest to x. p 75 - p 25 is the approximation to the standard deviation σ ^ c of the clutter region.

The study of real dynamic of investigated characteristics and the degree of its approximation to the standard is a source of information about the level of regional management as well as about the directions of management actions in order to enhance sustainable regional development.

Figure 1 shows the approximation to the standard error of an estimate of heritability as a function of the population value, experimental sample size, and design.

The derivation of such a simple function that provides a good approximation to the standard NIHSS suggests the potential of this technique towards the construction of an automatic index that could provide valuable information regarding the severity of the stroke.

A new set of approximations to the standard TEOS-10 equation of state are presented.

These models are justified not only in theory, because they offer a nice way to model heterogeneity, but also in practice since they can be used to provide a semi-parametric approximation to the non-standard distributions of some economic variables at a reasonable cost (McLachlan and Peel 2000).

The distributions of aberrations among metaphase cells were analysed for approximation to the Poisson distribution and standard errors were calculated taking into account overdispersion as described previously (Smart et al, 2003).

Bollback et al. (2008) inferred a selection coefficient of 0.43 for the C206U mutation of the bacteriophage MS2 using the standard diffusion approximation to the transition distribution.

The standard model is an approximation to the entropic selection theory whose validity increases with population size.

Here, we present an alternative approximation to the mutant-frequency distribution that does not make any assumptions about the magnitude of selection or mutation and is much more computationally efficient than the standard diffusion approximation.