Sentence examples for implemented by averaging from inspiring English sources

Data binning is implemented by averaging the seismicity in the ith box and in the nsb surrounding boxes.

Then, down sampling is then implemented by averaging over B ' = [w s /2B] samples, where B is the number of bin frequency resolution.

An ED is implemented by averaging the squared magnitude of the K-point FFT of the received signal over the sensing period T which is proportional to the number of received signal samples.

In most of the cases, such as DEM generation, where a pixel-based information is required, to reduce noise a multi-look processing is frequently implemented by averaging neighboring pixels.

Figure 8b shows the despeckling result by the PPB method [7], in which grouping is realized based on nonlocal similarity and filtering is implemented by averaging each homogeneous group.

The non-polarized light is implemented by averaging two polarized lights with the angles of 0° and 90°. Figure 2a c shows the profiles of photogenerated carriers inside a quarter of the periodical calculated unit.

In OODT, for example, each component is implemented by an average of 24 classes.

Among them, the classical kNN-based AD approach [6, 18] was implemented by calculating average distances of all the training samples from their 5 nearest neighbours (i.e. k = 5); since the choice of thresholds didn't follow any strict rules in the existing literature, the value corresponding to 95th percentile in this vector of average distances was considered as general threshold.

Using published emissions scenarios as a basis for their calculations, the investigators estimate that if all 14 measures were fully implemented by 2030, average global population-weighted surface concentrations of PM2.5 could be reduced by 23 34% and ozone could drop 7 17% within the same period.

Gibbs sampling based on posterior distributions conditional on other effects was implemented for estimation by averaging the samples from 10,000 cycles, after discarding the first 1,000.

The applications of GODS to 2D cross-section and 3D surface are respectively implemented by choosing an average of monostatic RCS values corresponding to a series of incident angles over a frequency band as the optimum objective function.