Sentence examples for typical drift from inspiring English sources

For signals from deterministic systems that are sufficiently complex in a sense that we make precise, typical drift observers provide poor tracking performance and require the drift to be particularly slow.

Second, the absolute values of the observed drift rates are tens of MHz s−1, while the typical drift rate of fiber bursts at 325 MHz is approximately −9 MHz s−1 (e.g., Benz and Mann, 1998).

Second, the absolute values of the observed drift rates are tens of MHz s−1, whereas the typical drift rate of fiber bursts at 325 MHz is approximately −9 MHz s−1.

In fact, given that no prediction loop is used in the encoding phase, the distributed coding scheme should be more resilient to channel errors since it is not affected by the typical drift problems which may occur in traditional predictive systems.

This difference in composition between codon positions suggests that the typical drift of Haemosporidian species toward A+T richness was negatively selected at first and second codon positions and less constrained at third positions, most likely due to constraints at the protein level.

Finally, some typical drift-flux models were used to calculate water holdup, which was further compared with the measured data from published literatures.

Process management with scheduled maintenance will result in a more stable drift-sand habitat in which the typical drift-sand vegetation and fauna species are better able to survive.

The multiple laser design compensated for typical baseline drift of a CRDS system and, thus, improved the overall precision.

So ends the letter, in the Lady's typical way — drifting between the rural and the urban, the hypothetical and the immediate, between death and a party.

Figure 12 demonstrates two typical load-drift responses of the specimens when subjected to an incremental flexural load.

First considering ASM scalar residuals, we can see that for low time average periods, between 1 and 100 s, the Allan variance exhibits a τ−1/2 drift typical of a white noise-driven behavior, with values σ for τ = 1 s corresponding to the vector resolutions in nT/√Hz.