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Exploring the complexity of large networks with many millions of elements and even more links has given us a novel understanding of the weak link concept. We have at least two classes of weak links.
Weak links buffer noise, help relaxation, form barriers against cascading failures, and stabilize the coupled oscillators of bottom networks (see Chap. 3). Table 4.1 summarizes the effects of weak links on network behavior.
We have at least two classes of weak links. The long-range, intermodular bridges are the weak links in the original sense of the Granovetter concept, as described in detail in Chap. 1 of the book (Granovetter, 1973; Kossinets et al., 2008).
Weak Links and Nestedness Network stability may be a key element in the development of multilevel, nested networks. The formation of nested networks obviously requires at least a few contacts between the bottom networks. However, evolutionary selection requires the independence and at least temporary isolation of the bottom networks themselves ...
1 Ιαν 2009 · Weak links buffer noise, help relaxation, form barriers against cascading failures, and stabilize the coupled oscillators of bottom networks (see Chap. 3).
Peter Csermely advocates a serious exploration of the stabilizing role of weak links in networks at all levels, and focuses on the effervescent edges that make a network both dynamic and stable.
the two seminal network papers grow linearly, showing no tendency to decline in this period. No wonder, scientists seem to like networks. But how about the layperson? As a measure of public success, Laszlo Barabasi’s book, The Linked was translated into 8 languages in the first two years of its existence.
