Sentence examples for as a function of the vertex from inspiring English sources

Analysis of the PubLiME co-occurrence network's topology produced the results shown in Figure 2. Figure 2A shows the distribution of the probability of observing a vertex with a given vertex degree P(k) as a function of the vertex degree k.

Fig. 2D and E show the average occurrence probability of genes with the same gene vertex degree as a function of the gene vertex degree.

The number of internal DOF per vertex as a function of the fluctuating edge probability, p, is shown in Figure  4 at four exemplar values of qfix and qfluct.

The reciprocity is distributed in a slightly heterogeneous fashion across the network, as is shown in Fig. 8, where is plotted the average reciprocity of the edges as a function of the in- and out-degrees of the source vertex.

Fig. 2E shows the average occurrence probability of all lists with the same vertex degree as a function of list vertex degree.

In the other models, the occurrence probabilities deviate to varying extent from the average occurrence probability as a function of vertex degrees.

We discuss the corresponding down-chromatic number and derive an upper bound as a function of D ⇒G), the maximum number of descendants of a given vertex, and the degeneracy of the corresponding hypergraph.

Individual and average occurrence probabilities are shown as a function of gene and list vertex degrees.

In the GVD model, the deviations are a function of gene vertex degree and in the LVD model the deviations are dependent on list vertex degrees.

Here, we postulate that the signal is regularly dampened and the intensity on reaching a vertex can be calculated as <img src="http://journals.plos.org/plosone/article/asset?id=info?doi/10.1371/journal.pone.0016932.e001.PNG" class= inline-graphic"/> where fi, j is the signal intensity at vertex j received from vertex i represented as a function of di, j, the shortest path length between i and j.

Deflection signal as a function of degrees.