Sentence examples for design discussed here from inspiring English sources

The compact design discussed here combines optical and acoustical sensors inside one module, therefore reducing electronics and additional external instruments for calibration purposes.

Using so-called family-level environmental measures, i.e., environmental measures that are by definition equal for all siblings within a family, is problematic in the sib pair design discussed here, because the decomposition in between and within family environmental effects (eb vs. ew) depends on siblings that are discordant with respect to the environmental measure (see Tables  2– 4).

Features of the system and the technical design are discussed here.

The new design optimizations discussed here include minimizing the rate of data transfers, enhancing coalesced access of GM, optimized utilization of SM, and enhanced GPU utilization by reducing thread granularity (operation complexity).

These issues are limitations of the technology that are not directly addressed by the design considerations discussed here.

Within a design as discussed here, where both genes and environment are measured entities, level and variability genes can be distinguished.

Two main design aims are discussed here: Firstly to maximise the heat transfer between the absorbing surface and the steam pipes, and secondly, to ensure that the absorber surface temperature is sufficiently uniform so as not to cause thermal degradation of the selective surface.

Of the several successful cell designs, the simple vertical cell (B in the figure) is discussed here to explain the principle.

For the 3D characters designed for the simulation discussed here, different animated walk cycles were designed to communicate whether an agent was male or female, young or old.

The design of the intervention discussed here is based partly on the Theory of Diffusion of Innovations [ 13], which considers that an innovation can be new information, an attitude, a belief or a practice or any other object that is perceived as new by the individual or the community and can be diffused to a specific group.

The design of the first process discussed here is based on a superstructure optimization approach in order to select technologies that transform lignocellulosic biomass into DME.