Cascading failures in Barabási–Albert scale-free networks with a breakdown probability

JW Wang, LL Rong - International Journal of Modern Physics C, 2009 - World Scientific
In this paper, adopting the initial load of a node j to be, where kj is the degree of the node j
and α is a tunable parameter that controls the strength of the initial load of a node, we …

Cascading Failures in BARABÁSI-ALBERT Scale-Free Networks with a Breakdown Probability

JW Wang, LL Rong - International Journal of Modern Physics …, 2009 - ui.adsabs.harvard.edu
In this paper, adopting the initial load of a node j to be L j= kj alpha, where kj is the degree of
the node j and alpha is a tunable parameter that controls the strength of the initial load of a …

CASCADING FAILURES IN BARABÁSI–ALBERT SCALE-FREE NETWORKS WITH A BREAKDOWN PROBABILITY.

JWEI WANG, LILI RONG - International Journal of Modern …, 2009 - search.ebscohost.com
In this paper, adopting the initial load of a node j to be $ L_j= k_j^\alpha $, where k< sub> j is
the degree of the node j and α is a tunable parameter that controls the strength of the initial …

CASCADING FAILURES IN BARABÁSI–ALBERT SCALE-FREE NETWORKS WITH A BREAKDOWN PROBABILITY

JW Wang, LL Rong - … Journal of Modern Physics C (IJMPC), 2009 - econpapers.repec.org
In this paper, adopting the initial load of a nodejto be $ L_j= k_j^\alpha $, wherekjis the
degree of the nodejand α is a tunable parameter that controls the strength of the initial load …

Cascading Failures In Barabási–Albert Scale-Free Networks With A Breakdown Probability

JW Wang, LL Rong - International Journal of Modern Physics C …, 2009 - ideas.repec.org
In this paper, adopting the initial load of a nodejto be $ L_j= k_j^\alpha $, wherekjis the
degree of the nodejand α is a tunable parameter that controls the strength of the initial load …