Difference between revisions of "Link Prediction"
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| − | Given a snap shot of current network over a set of nodes, link prediction is method of identifying which new links that are likely to occur in the near future. In a graph with huge number of nodes, identifying the potential nodes that a given node gets attached to in near future is a non trivial task. Typically, these problems are solved by coming up with some kind of "proximity" measure (like Page-Rank score) for the nodes in the graph, and predicts that the links being formed with nodes having higher proximity measures. | + | Given a snap shot of current network over a set of nodes, link prediction is method of identifying which new links that are likely to occur in the near future. In a graph with huge number of nodes, identifying the potential nodes that a given node gets attached to in near future is a non trivial task. Typically, these problems are solved by coming up with some kind of "proximity" measure (like Page-Rank score) for the nodes in the graph, and predicts that the links being formed with nodes having higher proximity measures. Seminal paper which describes the problem is here [http://www.cs.cornell.edu/home/kleinber/link-pred.pdf Kleinberg] |
{{#ask: [[AddressesProblem::Link Prediction]] | {{#ask: [[AddressesProblem::Link Prediction]] | ||
Revision as of 02:01, 30 March 2011
Given a snap shot of current network over a set of nodes, link prediction is method of identifying which new links that are likely to occur in the near future. In a graph with huge number of nodes, identifying the potential nodes that a given node gets attached to in near future is a non trivial task. Typically, these problems are solved by coming up with some kind of "proximity" measure (like Page-Rank score) for the nodes in the graph, and predicts that the links being formed with nodes having higher proximity measures. Seminal paper which describes the problem is here Kleinberg
