The idea is always the same: if you assume a distribution for the observed warming, the ocean heat uptake, and the radiative forcing, then you can derive a distribution for climate sensitivity.
We derive a distribution for the node-to-node intermeeting time and present numerical results to demonstrate that the distribution can be used to improve the dominating-set routing technique performance.
Finally, to derive a distribution of total DDT uptake, the individual uptake distributions were combined.
Subsequently, we used permutation testing to derive a distribution of cluster values and tested the observed clusters for significance using this distribution (Ernst 2004; Maris and Oostenveld 2007).
Secondly, we apply the modified Muth Manber algorithm to the simulated reads to derive a distribution of the number of reads labeled as 5%, 10%,…, 100% library sequences.
Because we had only 1 year of hospitalization data for Victoria and 2 years for New South Wales, we extrapolated from these data to derive a distribution of the number of hospitalizations across all states, which was modeled as an empirical distribution.
Nonparametric permutation testing was then used to derive a distribution of cluster values, and the significance level of the observed clusters (from stage 1) was tested directly using this distribution (Ernst 2004; Maris and Oostenveld 2007).
In this study an attempt was made to identify IS elements, particularly IS6110 from short read sequence data of the isolates and to derive a distribution across the genomes.
Birnbaum and Saunders (1969a) derived a lifetime distribution, known as the Birnbaum-Saunders distribution (abbreviated as B-S hereafter), which is founded on modeling the failure of a specimen that is subjected to a cyclic pattern stresses and strains.
For a strongly narrow band Gaussian process Longuet-Higgins has derived a joint distribution of the height and the period.
