Sep 11, 2017 · Coin-flipping, ball-dropping, and grass-hopping for generating random graphs from matrices of edge probabilities. Authors:Arjun S. Ramani, ...

Generating an instance of a random graph based on these models is easy, although inefficient, by flipping biased coins (i.e., sampling binomial random variables) ...

Aug 7, 2019 · Abstract. Common models for random graphs, such as Erd˝os–Rényi and Kronecker graphs, correspond to generating random adjacency matrices ...

Generating an instance of a random graph based on these models is easy, although inefficient, by flipping biased coins (i.e. sampling binomial random variables) ...

Efficiently Generating Edges for Erd˝os–Rényi Graphs: Ball-Dropping and ... Consequently, ball-dropping always takes more random samples than grass-hopping.

Title: Coin-Flipping, Ball-Dropping, and Grass-Hopping for Generating Random Graphs from Matrices of Edge Probabilities · Citation Formats · Similar Records.

Bibliographic details on Coin-Flipping, Ball-Dropping, and Grass-Hopping for Generating Random Graphs from Matrices of Edge Probabilities.

Sep 11, 2017 · COIN-FLIPPING, BALL-DROPPING, AND GRASS-HOPPING FOR. GENERATING RANDOM GRAPHS FROM MATRICES OF EDGE. PROBABILITIES∗. ARJUN S. RAMANI† , NICOLE ...

Coin-flipping, ball-dropping, and grass-hopping for generating random graphs from matrices of edge probabilities. AS Ramani, N Eikmeier, DF Gleich. SIAM Review ...

Coin-flipping, Ball-dropping, and Grass-hopping for Generating Random Graphs from Matrices of Edge Probabilities. SIAM Review. 2018. The HyperKron Graph Model ...