Three different correlation structures, namely, spatially uncorrelated, spherical and fractional Brownian motion (fBm) are used to construct the pore space.
Three different correlation effects are obtained by changing,, and.
We explore the level of correlation between LCCDC and BWC through extensive experimental studies involving a suite of 18 real-world networks, whose degree distribution ranges from Poisson to Power-law [5] under three different correlation measures [5].
We conduct an exhaustive correlation analysis and observe the LCCDC to incur the largest correlation coefficient values with BWC (compared to other centrality metrics under three different correlation measures) and to hold very strong levels of positive correlation with BWC for at least 14 of the 18 real-world networks analyzed.
For each method, we provided three different correlation strategies, Pearson's correlation, Cross-correlation, and Spearman's correlation, based on three different hemoglobin concentration signals.
Figure 3 presents the power of the proposed PEM under three different correlation patterns (figure 3A C) given same δ=0.1 with pathway length K=2.
The minimum number of genes to which an eligible gene must be correlated in order for it to be eligible was set at 1, 2, or 3, for three different correlation thresholds (|rP|; absolute value of the Pearson's correlation coefficient) of 0.60, 0.65, or 0.70.
Four different correlations for the erosion rate were experimented with, namely Ahlert, Neilson and Gilchrist, Oka and Zhang models.
In the single-phase models, four different correlations have been chosen for estimation of conductivity of nanofluid (constant, Maxwell, Brownian, proposed model).
As a result, the values obtained from the correlations are not exact, and it is possible to obtain two different answers from two different correlations for the same problem.
