These approaches became very popular also in explaining abrupt changes in fertility behavior after the political upheaval in post-communist countries.
A traditional design of experiments approach becomes very time consuming and costly if one wants to address DPF design, system integration, regeneration control strategy optimization and ash ageing assessment, due to the very large number of tests needed.
In contrast to explicit control systems, the structure of descriptor systems may be so complicated that the classical approach becomes very cumbersome or even does not work any more.
However, when it comes to large scale heterogeneous measurements, this approach becomes very tedious.
Therefore, the application of this approach becomes very useful to understand the biochemical mechanisms underlying the adaptation of some fungal species to marine habitats.
When τ(t) approaches 0, the probability becomes very small.
The regression value of σ determines the generalizability of the network; when σ approaches zero, the output becomes very similar to the objective value, although the predictive ability might be poor.
In the case of the Lamb wave, the phase speed of the fundamental antisymmetric mode approaches zero when the wavelength becomes very long.
It is of considerable interest that previous studies have focused only on the symmetric solution, and this is probably because the symmetric Krauklis wave exhibits the interesting characteristic of a phase velocity that approaches zero when the wavelength becomes very long (Krauklis1962; Ferrazzini and Aki1987), which has been thought to possibly explain the long-period nature of volcanic tremors.
T_Fmds is, in principle, more powerful than T_CC, although the difference between the tests decreases and approaches zero, as F ST becomes very large.
