The first approach, referred to as symmetric transformation shown in Fig. 1a, separately transforms the source and target domains into a common latent feature space in an attempt to unify the input spaces of the domains.
As such, during the text-to-model transformation (shown in Fig. 2) annotations are introduced into the KDM and SMM models.
Figure 7 (a) Preliminary study of the kinetics of the water-driven structural transformation shown in Fig. 6.
Through directional transformation shown in Figure 12 with consideration of the initial slope condition of the Donghekou rockslide (slope angle and initial thickness), the earthquake induced incremental normal stress and the shear stress component acting on the sliding surface of the Donghekou rockslide could be calculated.
This transformation, shown in Equation 1, ensures that the data is sufficiently normally distributed to be amenable to parametric testing.
The transformations graph shown in Figure 8 gives an insight into the transformations applied to Hexestrol, which was used as an example.
The phase transformations are shown in detail at the atomic level, and the phase transformation path as well as the deformed layers after unloading on different crystal planes was analyzed.
The yields of the transformations are shown in Table 2.
A simplified database schema for storing MMPs and transformations is shown in Figure 17.
In memory indices transformations, as shown in Figure 6, a 2-D y u, v matrix in Example B is mapped into a 1-D memory space y w, where w = v - u + (j-1).
