Sentence examples for frequency segments from inspiring English sources

Nodes in different frequency segments can communicate to the next hop neighbor independently.

Existence of low frequency segments, such as ramp-type trends, in a pattern hampers the efficacy of the harmonizing step.

These findings can be used by firms within the beef sector in order to adapt marketing strategies to different consumption frequency segments.

It is important to notice that the PUCCH data are transmitted using small frequency segments located on the borders of the component carrier.

The analysis of variance (ANOVA) test is conducted to investigate the effect of different valve conditions on the R.M.S value at its corresponding time and frequency segments.

One promising platform to support such transitions is the cognitive radio (CR) system that was invented for opportunistic spectrum sharing with existing primary links, where CRs dynamically adapt their transmission patterns to access under-utilized frequency segments while regulating the interference to PUs [1, 2].

Here an improved curvature quantification determined the distributions of segment frequency, segment lengths, angles between segments, frequency of inflection points, relative inflection point locations, and overall angle changes for each fringe for three soots and a carbon black.

The same argument made for the time diversity can also be applied to frequency diversity in which case the effective stationarity bandwidth B s, eff ≤ B s defines the frequency segment over which B c, J v is constant.

From these 2,700,000 data, a particular 4-min segment was selected because it corresponds to the frequency segment with the highest spectral occupancy, and this segment corresponds to 180,000 captured data, i.e., 2,700,000 data during 4 (min), divided by 60 (s), equal to 180,000 captured data.

To resolve the wideband channel into a number of narrowband frequency slots, the SU uses the sensing structure as shown in Figure 2. The wideband sample is first taken as input of the N-point Fast Fourier transform (FFT) to obtain the sensed beacon signals in K subcarriers of the interested frequency segment (where K < N and Δf = B/N).

One is the low-frequency segment; the other is the rest part.