The parameter θ = 0.1 in this example as well.
However, the utility function in this example, as is typically the case, is largely arbitrary.
We will use this example as well for the discussion of translation symmetries in reciprocal (Fourier) space.
Subsequently, a list of terms related to this example, as well as, bibliographic and reference sources are displayed.
We can obtain similar figures for this example as well, but for the sake of brevity, we omit those figures.
Using Equation (7), we obtain the total average energy consumption for this example as 4.2. Figure 3 Demonstration of how the centralized SPCPM works.
We showed experimentally that, for this example, as long as aggregation does not shrink the sample size unduly, it does not significantly impair the performance of the logistic regression model for predicting the direction of the DJIA stock market index.
What is also striking is that the ETA algorithm is exceptionally fast in this example as well, with only 144.99 seconds being needed to tackle the sparse NCP when the dimension (n=10000).
A limited example on raccoon rabies diffusion (Lemey et al., 2010) finds itself in Figure 1; dynamic visualizations of this example as well as others are provided at http://www.phylogeography.org/.org/
The genetic distances from recombined strain to strains from outside clades are not increased in this example as well as in the other regions with noncanonical phylogenetic configuration (see F-4515 vs. F-3557 and F-4515 vs. F-4514 in Additional file: 4 Table S3).
In this example as well as in the previous one the task is not to answer fundamentally new questions although this is possible too, but to look into the interplay of multiple components, the problems coming from disciplines like materials science, medicine and biology.
