The phrase "absolute distribution" is correct and usable in written English.
It can be used in contexts related to statistics, probability, or data analysis to refer to a distribution that is defined without any conditions or restrictions.
Example: "The absolute distribution of the data set reveals the overall frequency of each value without considering any external factors."
Alternatives: "total distribution" or "complete distribution".
It also gives the absolute distribution of sorted power demand values as a function of HDD in the form of a power sizing chart.
To verify this, we calculated the absolute distribution from NP = 31609 PDB chains for two choices, 5.7Å and 9Å, of the geometrical distance threshold r which defines a contact pair if any two Cα atoms of the backbone are closer than r (Fig. 2A).
In case-crossover analysis, the power to detect an effect is related to the difference in exposure between the case and referents, not the absolute distribution of exposure observed during the study period [ 21].
Fig. 2 Absolute distribution of professionals exclusively at tertiary level dedicated to lymphatic diseases across the world.
The homogeneity of the absolute rank distribution was analysed using a Chi square test.
Furthermore, as we are only now beginning to uncover the risk distributions of common complex diseases, it seems important to understand the absolute, distribution-independent limits on genetic-test accuracy, which we present here.
The research quantifies uncertainty in the transfer function using parameters of the non-absolute distribution of relative transfer errors.
An important part of the GUI, and a result of the earlier-mentioned design workshops, is the possibility to shift between the absolute probability distribution according to Figure 2 vis-à-vis the relative probability distribution as depicted in Figure 3.
Within 3 mm deviation either way, the absolute mean distribution of deviation between the contour of the deformed model and the original mandible was 92.5%.
MATLAB is used to plot the absolute difference distribution of acceleration, which is shown in Fig. 9. Fig. 9 Absolute difference of acceleration when stationary.
However, the variation of absolute risk distribution increased with increasing numbers of factors used in the risk-predicting model.
