Sentence examples for lower as a function from inspiring English sources

Fig. 7. Predictions of the peak horizontal ground acceleration (upper) and velocity (lower) as a function of hypocentral distance for a local magnitude ranging from 4 to 7, respectively.

The present results indicate that the adjustment for display set size did not render the shapes comparable in their potential for recognition, in that hit rates were lower as a function of Dot# for each level of T3, including T3 = 0.

General health was significantly lower as a function of time since deployment after adjusting for probable PTSD (p = 0.03), age (p = 0.001) or gender (p < 0.001), and showed a trend when the combination of covariates were included in the model (p = 0.07).

The "hardenability" of 2050 and 2195 Al-Li alloys was then intuitively characterized by their strength lowering as a function of distance away from the quenching end after T8-aging following end-quenching.

Namely, if we consider an upper bound, say (resp., a lower bound ) as a function of, then there exist limits (1.38).

A quadratic form is closed if and only if it is lower semicontinuous as a function from ({mathcal {H}}) to ([0,infty ]). 1.

Figure 6 shows the analytical BER lower bound as a function of pilot percentage, under various values of (f_{_{text {D}}} T_{s}).

Fig. 4 Contours of shear stress ((tau _{s})) in the lower crust as a function of depth and distance from the fault for models a W1E, b D1E, c W30E, d W1C, e D1C, and f W30C.

Similarly, Abdul-Wahab and Al-Alawi (2002) used neural networks for ozone modeling in the lower atmosphere as a function of meteorological conditions and various air quality parameters in the Khaldiya residential district of Kuwait.

In Fig. 3, we plot the result of the numerical maximization of SINR, the upper, and the lower bound as a function of the SNR d, for the same conditions than in Fig. 2. We have that as SNR d increases the difference between the bounds becomes smaller, giving an accuracy of less than 1 dB for SNR d greater than 16 dB.

These results suggest that zero-lag long-range cortico-cortical synchronization is likely mediated by hippocampal theta oscillations in lower mammals as a function of cognitive demands and motor acts.