Sentence examples for localization developed from inspiring English sources

The language of localization developed above for a Gaussian input, for which the diffusion and reaction time scales determine differences in serial triggering near and far from the origin, broadly translates to multi-level cascades, as suggested by the simulations in Figure 5.

The outlier method for impact localization was developed and implemented by localizing several impact points on a quasi-isotropic composite structure.

In the localization phase, measurements are recorded online and sent to the localization model developed in the training phase, which in turn provides a location estimation.

Developing localization algorithms in one-dimensional sensor networks is trivial, due to the fact that existing localization algorithms developed for two- and three-dimensional sensor networks are applicable; nevertheless, analyzing the corresponding localization errors is non-trivial at all, because it is helpful to improving localization accuracy and designing sensor network applications.

Mathematical models of the stereo localization were developed and illustrated in [9] at length.

The analysis of bearings within the framework of graph rigidity and localization was developed in [25, 26].

Furthermore, to predict their subcellular localization, we developed a new algorithm employing a Pfam-based method with experimental data from Arabidopsis.

To analyse differences between sex, localization and developed or no Q wave.

In another example that resulted in a serendipitous change in localization, recently developed benzoresorufrin-based probes accumulate in the ER, whereas similar fluorescein-based probes do not.

To quantify the effects of ERK and mTOR on TFEB subcellular localization, we developed a cell-based high content assay using stable HeLa cells that overexpress TFEB fused to the green fluorescent protein (TFEB GFP) (see Materials and methods for details).

To assess relative RNA localizations we developed a software dedicated to distance measurement between two fluorescent probes and allowing analysis of a large cell population.