Heterogeneous residual variances were modelled by a step function
with 10 and 4 classes of variance and these two types of residual variance classification were compared.
Suppose that s : [a,b] [right arrow] X is a step function
; by Theorem 22 we have that the integral (HS) [[integral].sup.b.sub.a] (s, dg) exists.
The STEP functions
are used to add motion to system in order to prevent the system simulation abnormity caused by abrupt speed variation in the simulation process.
Caption: Figure 4: 11 test functions: (a) [f.sub.1] sphere function; (b) [f.sub.2] Schaffer function; (c) [f.sub.3] step function
; (d) [f.sub.4] SumSquare function; (e) [f.sub.5] Zakharov function; (f) [f.sub.6] Griewank function; (g) [f.sub.7] Rastrigin function; (h) [f.sub.8] alpine function; (i) [f.sub.9] Shubert function; (j) [f.sub.10] Ackley function; (k) [f.sub.11] Cmfun function.
From the Heaviside step function
contained in the definition of the transverse dynamic spin susceptibility (1), it already follows that [[chi].sup.+-] (r, r'; t - t') = 0 and hence
Caption: Figure 11: Comparison of the proposed fragility curves for Slight about the different interval selections with alternative formulation of the proposed fragility curves by using step function
and connecting the necessity measure at the center of PGA interval.
I is identity matrix with the same residual variance in the case of (hom), while with the different vaiance functions in various (het) step function
The runs test will signal non-randomness (a potential streaky sequence) if the plotted step function
ends up outside two standard deviations after 162 games.
According to this, DExp jumps from zero to one near y = [y.sub.s] in such a way that it has been approximated by the step function
[21, 22, 26, 27].
Cross-correlation of the displacements measured by DIC with a step function
is employed to identify the advancing crack tip in a graphite beam specimen under three-point bending.
which, like (2), can also be understood as a kind of step functions
with continuity and goes to the step function
under the limit [l.sub.0] [right arrow] 0.
Since the original step function
reveals no change except at the interface, the differentiated function is equal to zero everywhere but the interface must have infinite increase.