Sentence examples for global maximal from inspiring English sources

For each time t within such an interval, the ratio between the maximal fluorescence measurement obtained by time t and the global maximal measurement over the entire interval was calculated.

The nonlinear neural activation function σ may be chosen as a continuous and differentiable nonlinear sigmoid function satisfying the following conditions: (1) σ ( x ) → ± 1 as x → ± ∞ ; (2) σ ( x ) is bounded with the upper bound 1 and the lower bound −1; (3) σ ( x ) = 0 at a unique point x = 0 ; (4) σ ′ ( x ) > 0 and σ ′ ( x ) → 0 as x → ± ∞ ; and (5) σ ′ ( x ) has a global maximal value one.

This condition is sufficient to ensure that the non-ionic fraction does not drop below 95% within the whole range from pH 4 to 10 since the graph of the species fraction in dependence of the pH value is convex in the nearest neighbourhood of the global maximal value (Figure 3). Figure 3 Species distribution of a dissociating substance with two pK a values (2.5 and 9) in dependence of pH.

For each assay, the parameter values that gave rise to the global maximal F-statistic define the optimal model.

An assay is designated as fitted to a dose response model if its global maximal F-statistic (i.e. best fit) is larger than a predefined critical F value, for example, at P < 0.05.

In 2D cubic case, using the Gabor frame, we get some time-global dispersive estimates for the Schrödinger semi-group in anisotropic Lebesgue spaces, which include a time-global maximal function estimate in the space L2x1L∞x2,t.

In the present paper, we will discuss some global (L^{2}) maximal estimates like (1.4) for a local maximal operator (S^{ast}_{phi}) associated with the operator family ({S_{t,phi}}_{tinmathbb{R}}).

The generation of optimal architecture for maximal global performance under global constraints in freely morphing systems is constructal design.

The maximal global score for the questionnaire is 200, and the global score is interpreted as follows: 0 50 = very poor, 51 100 = many problems; 101 150 = more positive than negative and 151 200 = excellent.

The following results were obtained: the mean ultimate tensile load (UTL) 4372 ± 1485 N and the median [quartiles] maximal global elongation 19.3 [17.8; 21.4] %.

According to the greedy packing procedure, the circles are packed into the container one by one and each circle is packed into the container by a corner-occupying placement with maximal global benefit.