Comparing Biased Random Walk modelsAnalysis of a biased random walk related to median findingRandom walk on...
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Comparing Biased Random Walk models
Analysis of a biased random walk related to median findingRandom walk on $n$-cycleMixing time for a random walk on an intervalRandom mixing of the space of triangulations of a surfaceComparing hitting probabilities vs comparing mean hitting times of a random walk on a graphdrift velocity of continuum limit of biased discrete random walk doesn't match gaussianA random walk in the planeMixing time of a random walkReference for mixing time for periodic random walksWhat is the mixing time of a random walk of a rook
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Given a single graph, and two different "biased" random walk models on the same undirected graph, how does on theoretically compare the two models? What are the metrics one should theoretically study to show one method's superiority over the other? For e.g., is "mixing time" a good performance metric to compare on?
probability-theory random-walk random-matrices
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add a comment |
$begingroup$
Given a single graph, and two different "biased" random walk models on the same undirected graph, how does on theoretically compare the two models? What are the metrics one should theoretically study to show one method's superiority over the other? For e.g., is "mixing time" a good performance metric to compare on?
probability-theory random-walk random-matrices
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When is a random walk better than another? What are you trying to accomplish with it?
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– parsiad
2 days ago
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@parsiad As in which walk is faster or which walk covers more of the nodes from a particular subgraph?
$endgroup$
– cbro
2 days ago
add a comment |
$begingroup$
Given a single graph, and two different "biased" random walk models on the same undirected graph, how does on theoretically compare the two models? What are the metrics one should theoretically study to show one method's superiority over the other? For e.g., is "mixing time" a good performance metric to compare on?
probability-theory random-walk random-matrices
$endgroup$
Given a single graph, and two different "biased" random walk models on the same undirected graph, how does on theoretically compare the two models? What are the metrics one should theoretically study to show one method's superiority over the other? For e.g., is "mixing time" a good performance metric to compare on?
probability-theory random-walk random-matrices
probability-theory random-walk random-matrices
asked 2 days ago
cbrocbro
776
776
$begingroup$
When is a random walk better than another? What are you trying to accomplish with it?
$endgroup$
– parsiad
2 days ago
$begingroup$
@parsiad As in which walk is faster or which walk covers more of the nodes from a particular subgraph?
$endgroup$
– cbro
2 days ago
add a comment |
$begingroup$
When is a random walk better than another? What are you trying to accomplish with it?
$endgroup$
– parsiad
2 days ago
$begingroup$
@parsiad As in which walk is faster or which walk covers more of the nodes from a particular subgraph?
$endgroup$
– cbro
2 days ago
$begingroup$
When is a random walk better than another? What are you trying to accomplish with it?
$endgroup$
– parsiad
2 days ago
$begingroup$
When is a random walk better than another? What are you trying to accomplish with it?
$endgroup$
– parsiad
2 days ago
$begingroup$
@parsiad As in which walk is faster or which walk covers more of the nodes from a particular subgraph?
$endgroup$
– cbro
2 days ago
$begingroup$
@parsiad As in which walk is faster or which walk covers more of the nodes from a particular subgraph?
$endgroup$
– cbro
2 days ago
add a comment |
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$begingroup$
When is a random walk better than another? What are you trying to accomplish with it?
$endgroup$
– parsiad
2 days ago
$begingroup$
@parsiad As in which walk is faster or which walk covers more of the nodes from a particular subgraph?
$endgroup$
– cbro
2 days ago