Add to ORKGWe present a polynomial-time algorithm for determining whether a set of species, described by the characters they exhibit, has a phylogenetic tree, assuming the maximum number of possible states for a character ix fixed. This solves an open problem posed by Kannan and Warnow. Our result should be contrasted with the proof by Steel and Bodlænder, Fellows, and Warnow that the phylogeny problem is NP-complete in general
Inferring phylogenetic trees is a fundamental problem in computational-biology. We present a new obj...
Inferring phylogenetic trees is a fundamental problem in computational biology. We present a new obj...
AbstractInferring phylogenetic trees is a fundamental problem in computational biology. We present a...
We present a polynomial-time algorithm for determining whether a set of species, described by the ch...
We present a polynomial-time algorithm for determining whether a set of species, described by the ch...
We present an algorithm for determining whether a set of species, described by the characters they e...
Abstract. We consider the problem of reconstructing near-perfect phy-logenetic trees using binary ch...
We consider the problem of reconstructing near-perfect phylogenetic trees using binary character sta...
Abstract. We consider the problem of reconstructing near-perfect phylogenetic trees using binary cha...
We consider the problem of reconstructing near-perfect phylogenetic trees using binary character sta...
This work is based on the paper ‘Incomplete perfect phylogeny ’ by Pe’er et al. (2000). The goal of ...
Perfect phylogenies are fundamental in the study of evolutionary trees because they capture the situ...
The Perfect Phylogeny Problem is a classical problem in computational evolutionary biology, in which...
Perfect phylogenies are fundamental in the study of evolutionary trees because they capture the situ...
Abstract. We study a problem that arises in computational biology, when wishing to reconstruct the p...
Inferring phylogenetic trees is a fundamental problem in computational-biology. We present a new obj...
Inferring phylogenetic trees is a fundamental problem in computational biology. We present a new obj...
AbstractInferring phylogenetic trees is a fundamental problem in computational biology. We present a...
We present a polynomial-time algorithm for determining whether a set of species, described by the ch...
We present a polynomial-time algorithm for determining whether a set of species, described by the ch...
We present an algorithm for determining whether a set of species, described by the characters they e...
Abstract. We consider the problem of reconstructing near-perfect phy-logenetic trees using binary ch...
We consider the problem of reconstructing near-perfect phylogenetic trees using binary character sta...
Abstract. We consider the problem of reconstructing near-perfect phylogenetic trees using binary cha...
We consider the problem of reconstructing near-perfect phylogenetic trees using binary character sta...
This work is based on the paper ‘Incomplete perfect phylogeny ’ by Pe’er et al. (2000). The goal of ...
Perfect phylogenies are fundamental in the study of evolutionary trees because they capture the situ...
The Perfect Phylogeny Problem is a classical problem in computational evolutionary biology, in which...
Perfect phylogenies are fundamental in the study of evolutionary trees because they capture the situ...
Abstract. We study a problem that arises in computational biology, when wishing to reconstruct the p...
Inferring phylogenetic trees is a fundamental problem in computational-biology. We present a new obj...
Inferring phylogenetic trees is a fundamental problem in computational biology. We present a new obj...
AbstractInferring phylogenetic trees is a fundamental problem in computational biology. We present a...