Sentence examples for layout I from inspiring English sources

These overlapping points (i.e. CTPs) are selected based on the respective network layout (i.e. localization).

Finally, the experimental result of special layout (i.e. taper inductor) is demonstrated the improved Q characteristics.

In this paper, we present an alternative approach for designing a multi-period layout (i.e., distributed layout) that maintains a tradeoff between re-layout cost and cost of excess material handling.

For this purpose, 50 loops of CTS (i.e., combination of MTS and PTS) are simulated in the reference layout (i.e., OrL, which is not designed for maximum overlapping) with the uneven user distribution.

For obtaining simultaneously minimum well-field area and maximum power output, an optimal layout (i.e., the highest power density in MW e km −2) is obtained by implementing six doublets with separations and widths of 250 m.

Specific implementations are as follows: (1) Background perception We observe that object and background regions in images are quite different in their spatial layout, i.e., object regions are much less connected to image boundaries than background ones.

Two detection layouts: (i) with using rounded pads-based detection, and (ii) with using rectangular detection pads, were studied.

Specifically, UUR(25)=5.67% for OvL, which is nearly half that achieved by MTS in the best of other layouts (i.e., 10.55% for CL).

The cross sections of inner ring are diverse and the length of individual layouts, i.e., 2-, 3-, 4-, or 5-lane, is not enough to be separately analyzed.

A posteriori, it is checked that ASL in Figure 7c presents the largest average SINR for the whole building when compared to the other four proposed layouts (i.e., OrL, CL, WSL, and OvL). Figure 7 Femtocell positions in average SINR layout (ASL).

First of all, we have demonstrated that the developed simulator offers the possibility to investigate performances in a wide range of scenarios that can differ in terms of network layouts (i.e., number and position of base stations, building, and streets), system load (i.e., number of users and applications), user mobility, physical settings, handover and access policies strategies, and so on.