Using an asymptotic theoretical performance model, we derive the isoefficiency function for our algorithms and hence show that they are technically scalable when the maximum vertex and hyperedge degrees are small.
Although this overhead can be reduced by limiting the directory size assuming that the sharing degree is small, it will experience significant inefficiency when data is widely shared.
However, in a hypercube connected ring network (HCRNet) the nodal degree is small and it remains constant, independent of the network population.
But nowadays, these workers are far scarcer than they used to be: The share of the U.S. labor force without a high school degree is small, at 9%, and shrinking.
The stopping criteria is arbitrarily chosen as the total absolute change in membership degrees being smaller than 0.01.
In general, the results imply that the HOPE Scholarship program increased students' GPAs, but the effects for initial STEM majors who earn STEM degrees are smaller than the effects for initial STEM majors earning degrees in other fields.
When degree k is small or large, degree distribution p(k) is approximately equal to 0. The value of p(k) reaches a peak at a specific value, and then back down.
We analyzed the distribution of lncRNA degree in the regulatory network), finding that the degree of most lncRNAs is small (mean degree of all lncRNAs is 15.46); only several lncRNAs have large degree (maximum degree of lncRNA is 135).
where XMs MC) and XMl MC) are the membership degrees that MC is small or large respectively, with μ1 = 5, μ2 = 105, and σ2 = (μ2 – μ1)2/8ln2 in experiment.
Usually, this is only possible when the degree of curvature is small and the femur large.
