That is, firstly the weights of wrong signals are calculated then the weights of correct signals by considering a coefficient will be achieved.
We considered a correlation coefficient (r) of at least 0.5 to be important, and set a correlation coefficient of zero as a reference for our null hypothesis with alpha of 0.05.
We considered a correlation coefficient >0.6 as clinically relevant.
We considered a correlation coefficient of 0.30 or greater to be clinically relevant based on the study of Wright and colleagues in which measurement of PP calculated from change in height of finger arterial pressure monitor waveforms was correlated with %PEF (r = - 0.31)[ 36].
Remark 1 In this section, for the sake of simplicity, we have considered a constant coefficients equation in the form (9), i.e., with c = 0, r = 1, and w = p − 1.
The mild influence of iBRB might due to having neglected the complexity of active/carried-mediated transport mechanisms across these interfaces and having considered a single partition coefficient across the vessel walls in both (inward and outward) directions.
Therefore N can be considered a cross-validation coefficient or cross-validation factor (N = 620 is equivalent to 620/1000 = 0.62).
As recommended [ 27], we considered a Spearman's coefficient of 0.1 to 0.3 as small, 0.3 to 0.5 as moderate, and >0.5 as high.
To decide which P1 solution is best, three criteria are considered: (a) The correlation coefficient CC between G o and G c, where G c are the amplitudes obtained by Fourier back-transformation of the modified electron density.
1 may be a considered a factor or coefficient of any real number.
