Sentence examples for information propagation over from inspiring English sources

Simulations provide a flexible and valuable method to study the behaviors of information propagation over complex social networks.

The real time solution presented here is a heuristic solution that demonstrates the value of information propagation over a dynamic network.

Next, we consider the relation between two fundamental properties of the network: the degree of nodes and their betweenness centrality (BC), which characterizes the importance of a node in information propagation over the network (see Methods).

As is well known, partial differential equations (PDEs) can describe temporal and spatial patterns of information diffusion over online social networks; however, until now, results for understanding information propagation of social networks over both temporal and spatial dimensions are few.

Considering implicit control, in [16], malware information propagation is studied and analyzed over a homogeneous mixing network, where control takes the form of updates to nodes from an external source to which nodes reply via a best response (game theoretic) scheme.

How the non-autonomous case affects information propagation and the dynamic properties of solutions over social networks is obtained by upper and lower solutions methods and comparison principle.

The main feature which makes them distinct from other classes of 2D linear systems is that information propagation in one of the two independent directions only occurs over a finite duration.

Red edges show the extent of information propagation.

Fundamental to the system design is effective information propagation.

Information propagation is a complex dynamical process rooted in the interactions between huge numbers of heterogeneous individuals.

We next move our focus to the empirical observation of information propagation using a time series of web accesses.