We present linear-time algorithms for drawing phylogenetic trees in radial and circular representations. In radial drawings given edge lengths (representing evolutionary distances) are preserved, but labels (names of taxons represented in the leaves) need to be adjusted, whereas in circular drawings labels are perfectly spread out, but edge lengths adjusted. Our algorithms produce drawings that are unique solutions to reasonable criteria and assign to each subtree a wedge of its own. The linear running time is particularly interesting in the circular case, because our approach is a special case of Tutte’s barycentric layout algorithm involving the solution of a system of linear equations
Two and a half dimensional graph visualisation is the stacking of a set of related graphs into the t...
We describe an algorithm producing circular layouts for trees, that is drawings, where subtrees of a...
Abstract—In this paper, we describe a tool, called Anacê1, to draw phylogenetic trees in diverse to...
We present linear-time algorithms for drawing phylogenetic trees in radial and circular representati...
We study the problem of visualizing phylogenetic networks, which are extensions of the Tree of Life ...
Abstract Background Figures of phylogenetic trees are widely used to illustrate the result of evolut...
We study a novel approach to determine the phylogenetic tree based on multidimensional scaling and E...
With the proliferation of available data in the biological field of Phylogenetics, certain computati...
There are numerous ways to display a phylogenetic tree, which is reflected in the diversity of softw...
International audienceMany layouts exist for visualizing phylogenetic trees, allowing to display the...
Abstract Background Phylogenet...
Abstract: When n is the number of taxa, a phylogenetic tree can be displayed in 2n1 planar ways. Whi...
AbstractThis paper treats polynomial-time algorithms for reconstruction of phylogenetic trees. The d...
A phylogenetic tree or evolutionary tree is a branching diagram or "tree” showing the evolutionary r...
Abstract. Phylogenetics is a science of determining connections between groups of organisms in terms...
Two and a half dimensional graph visualisation is the stacking of a set of related graphs into the t...
We describe an algorithm producing circular layouts for trees, that is drawings, where subtrees of a...
Abstract—In this paper, we describe a tool, called Anacê1, to draw phylogenetic trees in diverse to...
We present linear-time algorithms for drawing phylogenetic trees in radial and circular representati...
We study the problem of visualizing phylogenetic networks, which are extensions of the Tree of Life ...
Abstract Background Figures of phylogenetic trees are widely used to illustrate the result of evolut...
We study a novel approach to determine the phylogenetic tree based on multidimensional scaling and E...
With the proliferation of available data in the biological field of Phylogenetics, certain computati...
There are numerous ways to display a phylogenetic tree, which is reflected in the diversity of softw...
International audienceMany layouts exist for visualizing phylogenetic trees, allowing to display the...
Abstract Background Phylogenet...
Abstract: When n is the number of taxa, a phylogenetic tree can be displayed in 2n1 planar ways. Whi...
AbstractThis paper treats polynomial-time algorithms for reconstruction of phylogenetic trees. The d...
A phylogenetic tree or evolutionary tree is a branching diagram or "tree” showing the evolutionary r...
Abstract. Phylogenetics is a science of determining connections between groups of organisms in terms...
Two and a half dimensional graph visualisation is the stacking of a set of related graphs into the t...
We describe an algorithm producing circular layouts for trees, that is drawings, where subtrees of a...
Abstract—In this paper, we describe a tool, called Anacê1, to draw phylogenetic trees in diverse to...