Sentence examples for models cannot take from inspiring English sources

Although providing detailed physics-based information, these models cannot take into account all the phenomena for a whole battery, given the high complexity of the equations.

Since the shallow models cannot take an advantage of the diversity of the space distribution of features, in the training step, we basically build the multiple DNNs according the different noise types by employing the parameters of the statistical model-based VAD algorithm.

Analytical models cannot take into consideration sporadic effects in the system behavior, such as aperiodic interrupts or other aperiodic external events.

However, most implementations of the standard model cannot take arbitrary images as input, but only the typical grating stimuli used in many of the early vision experiments.

It is discovered that SSB model cannot take the non-proportional cyclic hardening into account and gives non-conservative fatigue life predictions under the non-proportional loading.

Such losses can arise from scattering or plasmonic effects that the model cannot take into account.

Even though a given model cannot take into account all the relevant processes, we need to critically understand which parameters will make a definite contribution to obtaining the desired result, and which will not.

However, this static model cannot take into consideration changes in HPV infection rate over time and it did not adequately reflect the current recommendation in Germany to vaccinate 12 to 17-year-old-girls 17-year-old-girls 17-year-old-girls 17-year-old-girls

While an aggregate model cannot take into account unique geographic features or road networks, this is in fact the strength of the approach; the analysis provides insight into the geometric properties of the problem, and the role of density and emissions factors.

Although 1-D-models cannot take into account the effect of the local terrain, they have produced good results in several intercomparisons, of actinic flux in homogeneous areas (Kylling et al., 2005).

The 1-D-model cannot take this phenomenon into account whereas the 3-Dmodel includes the effect of topography and thus more accurately reproduce the measurements.