The function C q,τ) is obtained for a series of τ and represents the correlation between the intensity at t1 (I q,t1)) and the intensity after a time delay of τ (I q,t1 + τ)).
In Eq. 3 5 Γ and Γ' represent the correlation functions of light entering and exiting the region, t and A referring to the modulation functions for phase and for amplitude from a surface, λ being the wavelength, n being the refractive index of the element and Δz defining the height of the surface.
The factor loadings were estimated within the RRR procedure and represent the correlation of the food group with the original (nonsimplified) score.
In order to compute and represent the correlations, we normalize C p B by its diagonal elements (the variances) and represent the matrix of the moduli of the coefficients so obtained.
These correlations are corrected for any attenuation that would occur due to the measurement error in the instruments and represent the correlations between the 'true' ratings (as defined above).
First, we generate two correlation matrices A and B as shown in Figure 4. Here, each graph has 20 nodes, and each entry is real valued, representing the correlation coefficient between the corresponding nodes.
CSR.26**.134.19**.13*.29**.28**.14*.37**.28**.00.69 The diagonal "italic" numbers represent the AVE whether the lower diagonal is representing the correlation between each construct, and the upper are represent squared correlations * Correlation is significant at the 0.05 level (2-tailed) ** Correlation is significant at the 0.01 level (2-tailed).
In the area of data mining, Tao et al. [MS ID: 1425435542146177] introduced their work on summarizing the Vaccine Adverse Event Reporting System (VAERS) data and representing the vaccine-symptom correlations as well as the metadata of their relations using Resource Description Framework (RDF).
The mean correlation co-efficient was determined and represents the mean correlation in signal ratios observed between data from any two microarray slides.
kern-0pt} V}}}{{4t_{M} }} - Q_{i}^{ - 1} omega t} right]}, hfill t_{M} = frac{{sqrt pi varepsilon^{2} r^{2} }}{2aV} hfill end{aligned} (11 where a and ε represent the correlation length and the root-mean-squared fractional velocity fluctuation of the random media, respectively.
