We used the following, somewhat overlapping, methodological steps to adapt the terminology of the dimensions and to apply them to our own data.
Another common approach to discussing good testing practice is to focus on one particular dimension of language testing and assessment, to develop theoretical models about this particular dimension, and then to apply these theoretical models to language testing practice.
Therefore our algorithm is targeted to problems with data streams composed by data points of "medium" dimension, i.e. a dimension not so small to apply visualization techniques to identify the clusters (2D or 3D problems), which usually work better, but much smaller than the number of available data.
We chose an internal coordinate system (described below) for each trajectory (similar to that used in [6] with the gromos [10] method in GROMACS [11] program for clustering) to apply dimension reduction.
The unique delayed aspect of E2-induced apoptosis in antihormone-resistant breast cancer creates a new dimension in our opportunities to apply the knowledge for this targeted therapy of clinical significance (Ellis et al, 2009; Anderson et al, 2012; Obiorah and Jordan, 2013).
This is the contribution that a CDs analysis would provide for any notation, but we find consistent ways in which particular dimensions can be predicted to apply to any solid diagram.
To identify risk factors that have the most explanatory power in the presence of correlation, a natural route is to apply some dimension reduction technique.
Against the background above, the purpose of the current study was to apply the dimension of time into data analyses of a previously published study (Zetterberg et al. 2013).
We explain four steps that discipline-based education researchers can use to apply these dimensions to explore student reasoning about complex biological systems.
One of Innis's primary contributions to communications studies was to apply the dimensions of time and space to various media.
Furthermore, we extend the discussion on dispersion for (multi symplectic methods applied to PDEs with one spatial dimension, to include anisotropy when applying (multi symplectic methods to Maxwell's equations in two spatial dimensions.
