https://visone.ethz.ch/wiki/index.php?title=Random_networks_generation&feed=atom&action=history Random networks generation - Revision history 2022-07-04T15:03:13Z Revision history for this page on the wiki MediaWiki 1.35.5 https://visone.ethz.ch/wiki/index.php?title=Random_networks_generation&diff=87&oldid=prev Nick: Created page with '== popular random network models == === random === Generates a random network where a link between two nodes exists with probability p. * node count: the number of nodes * pro…' 2010-12-09T11:42:59Z <p>Created page with &#039;== popular random network models == === random === Generates a random network where a link between two nodes exists with probability p. * node count: the number of nodes * pro…&#039;</p> <p><b>New page</b></p><div>== popular random network models ==<br /> <br /> === random ===<br /> <br /> Generates a random network where a link between two nodes exists with probability p.<br /> <br /> * node count: the number of nodes<br /> * probability: probability p<br /> * directed: select to generate directed network<br /> <br /> This random network model is usually referred to as [[G(n,p) model]].<br /> <br /> <br /> === preferential ===<br /> <br /> Generates a random network with preferred connections. A new node connects more likely to a existing node with high degree. Generated networks may contain multi-links and self-loops.<br /> <br /> * node count: the number of nodes<br /> * outdegree: the number of edges a new node creates<br /> * directed: select to generate directed network<br /> <br /> This random network model is usually referred to as [[scale free model]].<br /> <br /> <br /> === small world ===<br /> <br /> Generates a random network with neighborhood radius r and probability of edge rewiring p.<br /> <br /> * node count: the number of nodes<br /> * probability: probability p<br /> * radius: neighborhood radius r<br /> <br /> This random network model is usually referred to as [[small world model]].<br /> <br /> <br /> == models peculiar to graph drawing ==<br /> <br /> === planar ===<br /> <br /> Generates a planar graph by randomly distributing points in the plane and applying a [[Delaunay triangulation]].<br /> <br /> * node count: the number of nodes</div> Nick