We study the problem of computing the minimal number of adjacent, non-intersecting block interchanges required to transform a permutation into the identity permutation. In particular, we use the graph of a permutation to compute that number for a particular class of permutations in linear time and space, and derive a new tight upper bound on the so-called transposition distance.status: publishe
A number of fields, including genome rearrangements and interconnection network design, are concerne...
Finding a sequence of transpositions that transforms a given permutation into the identity permutati...
In computational biology, genome rearrangements is a field in which we study mutational events affec...
We study the problem of computing the minimal number of adjacent, non-intersecting block interchange...
The problem of sorting by transpositions asks for a sequence of adjacent interval exchanges that sor...
We study the problem of sorting by transpositions, which consists in computing the minimum number of...
AbstractA transposition is an operation that exchanges two adjacent substrings. Transpositions over ...
A number of fields, including the study of genome rearrangements and the design of interconnection n...
Hannenhalli and Pevzner gave the first polynomial-time algorithm for computing the inversion distanc...
We prove that the combinatorial distance between any two reduced expressions of a given permutation ...
Abstract. We prove that the combinatorial distance between any two re-duced expressions of a given p...
Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)Conselho Nacional de Desenvolvimento Ci...
15 pages, to appear in ISAAC 2020International audienceWe initiate the study of sorting permutations...
[[abstract]]Given a chromosome represented by a permutation of genes, a block-interchange is propose...
Sorting permutations by transpositions is an important problem in genome rearrangements. A transpos...
A number of fields, including genome rearrangements and interconnection network design, are concerne...
Finding a sequence of transpositions that transforms a given permutation into the identity permutati...
In computational biology, genome rearrangements is a field in which we study mutational events affec...
We study the problem of computing the minimal number of adjacent, non-intersecting block interchange...
The problem of sorting by transpositions asks for a sequence of adjacent interval exchanges that sor...
We study the problem of sorting by transpositions, which consists in computing the minimum number of...
AbstractA transposition is an operation that exchanges two adjacent substrings. Transpositions over ...
A number of fields, including the study of genome rearrangements and the design of interconnection n...
Hannenhalli and Pevzner gave the first polynomial-time algorithm for computing the inversion distanc...
We prove that the combinatorial distance between any two reduced expressions of a given permutation ...
Abstract. We prove that the combinatorial distance between any two re-duced expressions of a given p...
Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)Conselho Nacional de Desenvolvimento Ci...
15 pages, to appear in ISAAC 2020International audienceWe initiate the study of sorting permutations...
[[abstract]]Given a chromosome represented by a permutation of genes, a block-interchange is propose...
Sorting permutations by transpositions is an important problem in genome rearrangements. A transpos...
A number of fields, including genome rearrangements and interconnection network design, are concerne...
Finding a sequence of transpositions that transforms a given permutation into the identity permutati...
In computational biology, genome rearrangements is a field in which we study mutational events affec...