The live phylogeny problem generalizes the phylogeny problem while admitting the existence of living ancestors among the taxonomic objects. This problem suits the case of fast-evolving species, like virus, and the construction of phylogenies for nonbiological objects like documents, images, and database records. In this article, we formalize the live phylogeny problem for distances and character states and introduce polynomial-time algorithms for particular versions of the problems. We believe that more general versions of the problems are NP-hard and that many heuristic and approximation approaches may be developed as solution strategies.2030-
Phylogenies are trees representing the evolutionary relationships of a set of species (called taxa)....
We report on new techniques we have developed for reconstructing phylogenies on whole genomes. Our m...
There has been much recent algorithmic work on the problem of reconstructing the evolutionary histor...
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...
The evolutionary history of a set of species is represented by a tree called phylogenetic tree or ph...
We present an algorithm for determining whether a set of species, described by the characters they e...
Füllen G. Computing phylogenies by comparing biosequences following principles of traditional system...
. In the `-phylogeny problem, one wishes to construct an evolutionary tree for a set of species repr...
There has been much recent algorithmic work on the problem of reconstructing the evolutionary histor...
This work is based on the paper ‘Incomplete perfect phylogeny ’ by Pe’er et al. (2000). The goal of ...
The study of evolutionary relationships is an important endeavour in many areas of science like mole...
International audienceA phylogeny is an evolutionary tree tracing the shared history, including comm...
Abstract. Phylogenetics is a science of determining connections between groups of organisms in terms...
In the l-phylogeny problem, one wishes to construct an evolutionary tree for a. set of species repre...
Phylogenies are trees representing the evolutionary relationships of a set of species (called taxa)....
We report on new techniques we have developed for reconstructing phylogenies on whole genomes. Our m...
There has been much recent algorithmic work on the problem of reconstructing the evolutionary histor...
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...
The evolutionary history of a set of species is represented by a tree called phylogenetic tree or ph...
We present an algorithm for determining whether a set of species, described by the characters they e...
Füllen G. Computing phylogenies by comparing biosequences following principles of traditional system...
. In the `-phylogeny problem, one wishes to construct an evolutionary tree for a set of species repr...
There has been much recent algorithmic work on the problem of reconstructing the evolutionary histor...
This work is based on the paper ‘Incomplete perfect phylogeny ’ by Pe’er et al. (2000). The goal of ...
The study of evolutionary relationships is an important endeavour in many areas of science like mole...
International audienceA phylogeny is an evolutionary tree tracing the shared history, including comm...
Abstract. Phylogenetics is a science of determining connections between groups of organisms in terms...
In the l-phylogeny problem, one wishes to construct an evolutionary tree for a. set of species repre...
Phylogenies are trees representing the evolutionary relationships of a set of species (called taxa)....
We report on new techniques we have developed for reconstructing phylogenies on whole genomes. Our m...
There has been much recent algorithmic work on the problem of reconstructing the evolutionary histor...