AbstractWe prove that the average complexity of the pairwise ordered tree alignment algorithm of Jiang, Wang and Zhang is in O(nm), where n and m stand for the sizes of the two trees, respectively. We show that the same result holds for the average complexity of pairwise comparison of RNA secondary structures, using a set of biologically relevant operations
International audienceWe present a general setting for structure-sequence comparison in a large clas...
AbstractIn the context of non-coding RNA (ncRNA) multiple structural alignment, Davydov and Batzoglo...
International audienceWe present a general setting for structure-sequence comparison in a large clas...
International audienceWe prove that the average complexity of the pairwise ordered tree alignment al...
International audienceWe prove that the average complexity of the pairwise ordered tree alignment al...
International audienceWe prove that the average complexity of the pairwise ordered tree alignment al...
AbstractWe prove that the average complexity of the pairwise ordered tree alignment algorithm of Jia...
International audienceWe prove that the average complexity of the pairwise ordered tree alignment al...
International audienceWe prove that the average complexity of the pairwise ordered tree alignment al...
International audienceWe prove that the average complexity of the pairwise ordered tree alignment al...
International audienceWe prove that the average complexity of the pairwise ordered tree alignment al...
Motivation: Computing the similarity between two ordered trees has applications in RNA secondary str...
AbstractThe complexity of pairwise RNA structure alignment depends on the structural restrictions as...
International audiencePairwise ordered tree alignment are combinatorial objects that appear in RNA s...
AbstractWe are interested in RNA secondary structure comparison, using an approach which consists to...
International audienceWe present a general setting for structure-sequence comparison in a large clas...
AbstractIn the context of non-coding RNA (ncRNA) multiple structural alignment, Davydov and Batzoglo...
International audienceWe present a general setting for structure-sequence comparison in a large clas...
International audienceWe prove that the average complexity of the pairwise ordered tree alignment al...
International audienceWe prove that the average complexity of the pairwise ordered tree alignment al...
International audienceWe prove that the average complexity of the pairwise ordered tree alignment al...
AbstractWe prove that the average complexity of the pairwise ordered tree alignment algorithm of Jia...
International audienceWe prove that the average complexity of the pairwise ordered tree alignment al...
International audienceWe prove that the average complexity of the pairwise ordered tree alignment al...
International audienceWe prove that the average complexity of the pairwise ordered tree alignment al...
International audienceWe prove that the average complexity of the pairwise ordered tree alignment al...
Motivation: Computing the similarity between two ordered trees has applications in RNA secondary str...
AbstractThe complexity of pairwise RNA structure alignment depends on the structural restrictions as...
International audiencePairwise ordered tree alignment are combinatorial objects that appear in RNA s...
AbstractWe are interested in RNA secondary structure comparison, using an approach which consists to...
International audienceWe present a general setting for structure-sequence comparison in a large clas...
AbstractIn the context of non-coding RNA (ncRNA) multiple structural alignment, Davydov and Batzoglo...
International audienceWe present a general setting for structure-sequence comparison in a large clas...