Selected article for: "degree distribution and network order"

Author: Chen, Shi; White, Brad J.; Sanderson, Michael W.; Amrine, David E.; Ilany, Amiyaal; Lanzas, Cristina
Title: Highly dynamic animal contact network and implications on disease transmission
  • Document date: 2014_3_26
  • ID: 1pp7k1k6_8
    Snippet: The degree order was also highly variable throughout the observation period. The distribution of observed mean degree order of animals in each pen was very different from the hypothetical condition that the order of the network was consistent throughout the period (Fig. 3) . This was further supported by the two-sided Kolmogorov-Smirnov (K-S) test results showing that none of the observed distributions of mean rank in the three pens was similar t.....
    Document: The degree order was also highly variable throughout the observation period. The distribution of observed mean degree order of animals in each pen was very different from the hypothetical condition that the order of the network was consistent throughout the period (Fig. 3) . This was further supported by the two-sided Kolmogorov-Smirnov (K-S) test results showing that none of the observed distributions of mean rank in the three pens was similar to the hypothetical population with constant degree order (P 5 0.001 for all three pens, K-S test). Thus in the observed contact network, a calf active during a previous hour may became less active in successive periods, with no clear predictable pattern.

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