Code accompanying this paper - 'A scalable method for identifying frequent subtrees in sets of large phylogenetic trees - Avinash Ramu, Tamer Kahveci and J Gordon Burleigh.'
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Avinash Ramu, University of Florida Look at pipeline.pl for the set of steps that are followed. The sequence of steps is as follows, 1. Find the seeds from the input set of trees for given k, n. This is done by the findPotSeeds.cpp file. 2. Combine the frequent seeds using either min overlap or IO overlap approach. The code for the min overlap approach is in src/match.c The src folder is from the Newick Utilities project. 3. Post process the combined seeds, this is done in the postprocess.pl script. Note - This code needs some major cleanup, this was coded up as a proof of principle of the heuristic.
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Code accompanying this paper - 'A scalable method for identifying frequent subtrees in sets of large phylogenetic trees - Avinash Ramu, Tamer Kahveci and J Gordon Burleigh.'
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