Sentence examples for sections can be utilized from inspiring English sources

In this section we provide an example how the results of the preceding sections can be utilized for constructing a stationary point of a process defined by the Urysohn operator T ( f ) ( x ) = ∫ 0 1 k ( x, y, | f ( y ) | ) d y + f 0 ( x ), where f 0 is a fixed function and f : [ 0, 1 ] → R is Lebesgue measurable.

The DNN structure described in the previous section can be utilized as a deep autoencoder (DAE) when trained for a different target [24].

At the premise of knowing the result of the subcarrier assignment, the power allocation of Multiuser system can be virtually regarded as a single-user system and therefore the single-user power allocation algorithm GPM mentioned in last section can be utilized.

Hence, this section can be utilized by users to define upstream regulators and the regulation mechanism summary that is specific to users' different models.

Several techniques described in this section can be utilized in early stage of drug discovery for salvaging of molecules with poor permeability.

Graphs are presented showing the design space of various channel sections that can be utilized in practice to achieve economical design.

Located approximately at mid-tank is a false bottom test section that can be utilized for a variety of studies, including sediment transport, fluid-structure interaction, and flow over irregular morphology.

Located approximately at mid-tank is a false-bottom test section that can be utilized for a variety of studies, including sediment transport, fluid-structure, interaction, and flow over irregular morphology.

These intertwined relationships between site/point and translation symmetries in the Euclidean plane are further alluded to in the following section and can be utilized to validate Bravais lattice type assignments on the basis of extracted lattice parameters by the independent route over the compatible plane symmetry groups.

If the resource block size is not known, on the other hand, block size detection algorithm as in Section 3 can be utilized to estimate the resource block dimensions and improve the opportunity detection performance with respect to the subcarrier-based detection.

These studies clearly demonstrate that polymer-based PnCs constitute an attractive material platform for the development of high-frequency sonic devices, given by the multitude of suitable fabrication techniques of polymers, such as self-assembly, spin-casting, IL, etc. (see Section 2), which can be utilized for creating a wide range of 1D, 2D, and 3D periodic sub-micrometer structures.