To show the relationship more quantitatively, histograms of the number of days of EPB occurrence and non-occurrence sorted by the R-T growth rate are plotted in Fig. 3.
The matching occurrences are sorted after extracting them from the suffix tree to obtain the pos-list in sorted order.
The occurrences are sorted by the relevance scores of their source documents, which are generated by the Lucene index according to the given query.
To address these issues, a decision tree was developed as a guide for using predictions of the occurrence of sorting signals or location informative domains to support or refute global subcellular location predictions or proteomics data from subcellular fractions.
Terms are followed by number of their occurrences and are sorted by this number in descending order.
Figure 8 shows histograms of the numbers of EPB occurrence days (red bars) and non-occurrence days (blue bars) sorted by ΣKp (daily total of Kp) in the years 2011 2013.
To output only K best occurrences, we store them in a priority queue, sorted such that the occurrence with minimum score is on top and thus can be removed, whenever the limit is exceeded.
Figure 3 shows the percentage of occurrence of scintillation, which is sorted by seasons to characterize daytime scintillation.
Such interactions (occurrence >1) are presented and sorted by descending order in Table S5.
Table 4 tabulates the 10 highest hits with ES, sorted by their occurrence, n.
The number a particular gene was found under- or overexpressed was counted, and the list of all genes was sorted according to occurrence.
