Sentence examples for different classes of methods from inspiring English sources

Two different classes of methods have been typically applied in traditional meta-analysis of GWAS: P-value-based tests and effect size-based methods, which can be further subdivided into fixed or random effects models [ 64].

We refer the reader to the excellent survey articles by Moreau and Tranchevent (2012) and by Piro and Di Cunto (2012) for a near-comprehensive treatment of different classes of methods, contexts in which they are best-suited and what sources of data they integrate.

A different class of methods can estimate local (subcontinental) ancestry from dense genotype data (Sankararaman et al. 2008; Price et al. 2009; Wall et al. 2011; Baran et al. 2012).

As shown in Figure1, the following sections present an overview of the different classes of NR methods of IQA and VQA.

The article aligns different classes of research methods with guiding evaluation questions and typical decision-making contexts for evidence use.

In our experiments, we compared M = 8 rankers that are representative of different classes of selection methods.

We have used these cases as positive controls in order to further evaluate the ability of the different classes of search methods to detect cases of TE-CDS exaptation.

Our findings suggested that (1) different classes of knowledge sourcing methods are not as interchangeable as the KM literature might suggest, (2) technology-based methods are neither inherently superior nor inferior to traditional methods and (3) that group knowledge sourcing supports a wider range of performance outcomes than other methods.

The introduction and development of different classes of property prediction methods in the overall product design process is discussed.

We proposed and tested a theory to support the idea that employees' use of different classes of knowledge sourcing methods produced different kinds of performance outcomes.

The applications that we consider cover three different classes of numerical solution methods for partial differential equations, namely a low-order finite element multigrid solver for huge sparse linear systems of equations, a Lattice-Boltzmann code for fluid simulation, and a high-order spectral element method for acoustic or seismic wave propagation modelling.