After the computer simulation,the result shows that this model accurately fits the 60GHz wave transmission characteristics and it can also analyze them statistically.
Deviations from both statistical isotropy and Gaussianity are detected in the reviewed works, suggesting more exotic cosmological models may be required to explain our Universe.
Both the approaches showed good correlation between experimental and observed biological activity in both training (r >amp;gt; 0.8) and test set (r =0.75 for 2D and r =0.68 for 3D QSAR model) with statistical significance >amp;gt; 99.5%.
A QSRR derived by means of various statistical procedures are reviewed from the viewpoint of identifying retention affecting various factors and understanding the mechanism of chromatographic separations.
To overcome the sparseness of data points in high-dimensional space and deal with the general cases, the author suggests several projection pursuit type statistics.
It gives the theoretical foundation about why Gunther generator can avoid the statistic weakness of the output sequence of stop-and-go generator, and analyzes the coincidence between output sequence and input sequences of Gunther generator.
The assumption that the temperature anisotropies of the CMB are a realisation of a statistically isotropic Gaussian random field on the sphere is questioned.