Sentence examples for different dendrograms from inspiring English sources

Figure 5 shows the frequency distribution for the amount of different dendrograms per experiment per sample.

Since ties may yield (mle F(n)) different dendrograms of the possible F(n), we define ({D_i}_{ile m}) as the set of such dendrograms.

In fact, one experiment from the 5%% samples produced 132 different dendrograms; we show two of them to illustrate how different they may be (Fig. 6).

These results showed that the expected number of different dendrograms increases with sample size, as pointed out by MacCuish [21] and that the ties problem is not only a problem of large data sets, since 5%% of the samples (having only 77 descriptors) had a high likelihood (95 %) of yielding 10 different dendrograms.

The distribution of 5%% results shows that most experiments (about 95%%) yielded 1 10 different dendrograms, but there were extreme cases, not so frequent (1 %) where the experiments yielded a thousand dendrograms.

However, even when such parameters are fixed, ties in proximity (i.e. two equidistant clusters from a third one) may produce several different dendrograms, having different possible clustering patterns (different classifications).

But, for example, removing the shortest distance will unavoidably lead to a different choice at the first join and thus to a different dendrogram.

Hierarchical clustering of species' cluster ORF or InterPro entry counts produce different species similarity dendrograms (shown on top of the heatmap in both figures).

While the samples of Myanmar-14 and Vietnam-14 were mixed with China samples which were different from ISSR dendrogram.

The branching pattern is different for the dendrogram of accessions grown under stress conditions.

For the clinical isolates from different outbreaks, the dendrogram did not show a distinct clonal population (similarity index < 95%).