But today the original networks are like gigantic and benign marine creatures, relics of an earlier time on earth, swimming in a sea filled with more nimble and opportunistic predators, all competing for the chance to alarm, to titillate, and — if such a thing is still possible — to offend. Louis Menand, a staff writer since 2001, was awarded the National Humanities Medal in 2016.
But today the original networks are like gigantic and benign marine creatures, relics of an earlier time on earth, swimming in a sea filled with more nimble and opportunistic predators, all competing for the chance to alarm, to titillate, and — if such a thing is still possible — to offend.
Furthermore, we find that the original networks have their particular structure and statistical characteristics which benefit link prediction.
The hypothesis evaluated was that land use intensification changes the structure of the original networks by modifying species richness and the network degree of specialization.
All these sectors with the exception of Wholesale trades present also over-expression of presence with respect to the frequency of the attributes present in the original networks.
The distributions of Q for fractures in the original networks with log-normal aperture distributions are similar to those with power-law aperture distributions (cf. Fig. 6).
From comparison of the stress-elongation relationships in the deswollen and preparation state, the deswollen networks with a supercoiled structure after a large elongation are expected to have the same topological structure for the network chains as the original networks under elongation.
By formulating a simple k-tree model and approximating it to the original network, their method can estimate the properties of original networks; they showed that their method can accurately estimate properties of the original network even when 90% of nodes are not sampled.
In this ensemble, the exact times of all calls are randomly reshuffled, so that the links of the reference ensemble networks have the same number of calls as the original networks, but their timings are now uncorrelated, with the exception of the daily/weekly call frequency pattern at the network level.
The three centrality metrics were compared between the original networks and their equivalent synthetic networks.
Next, the rewiring probabilities of the two networks were individually estimated by simulating small-world networks with the same weights as the original networks.
