Abstract. Phylogenetic algebraic geometry is concerned with certain complex projec-tive algebraic varieties derived from finite trees. Real positive points on these varieties represent probabilistic models of evolution. For small trees, we recover classical geometric objects, such as toric and determinantal varieties and their secant varieties, but larger trees lead to new and largely unexplored territory. This paper gives a self-contained introduction to this subject and offers numerous open problems for algebraic geometers. 1
A phylogenetic tree is an acyclic graph with distinctly labeled leaves, whose internal edges have a ...
Phylogenetic trees are the fundamental mathematical representation of evolutionary processes in biol...
PreprintWe introduce a novel framework for the statistical analysis of phylogenetic trees: Palm tree...
In this expository work we describe the main aspects of the so-called Phylogenetic Algebraic Geometr...
A survey, for Biologists, about Algebraic Statistics and Phylogenetic Algebraic Geometry
Abstract: The probabilistic models used in the inference of phylogenetic trees from molecular data a...
To those outside the field, and even to some focused on empirical applications, phylogenetics may ap...
This expository work deals with the main aspects of Phylogenetic Algebraic Geometry. In particular, ...
This expository work deals with the main aspects of Phylogenetic Algebraic Geometry. In particular, ...
A new approach to phylogenetic reconstruction has been emerging in the last years. Given an evoluti...
Recently there have been several attempts to provide a whole set of generators of the ideal of the a...
AbstractRecently there have been several attempts to provide a whole set of generators of the ideal ...
Modelling the substitution of nucleotides along a phylogenetic tree is usually done by a hidden Mark...
One of the few and interesting topics that lies at the intersection of algebra and biology is that o...
Rapid developments in high-throughput sequencing have accumulated a wealth of cancer genomics data (...
A phylogenetic tree is an acyclic graph with distinctly labeled leaves, whose internal edges have a ...
Phylogenetic trees are the fundamental mathematical representation of evolutionary processes in biol...
PreprintWe introduce a novel framework for the statistical analysis of phylogenetic trees: Palm tree...
In this expository work we describe the main aspects of the so-called Phylogenetic Algebraic Geometr...
A survey, for Biologists, about Algebraic Statistics and Phylogenetic Algebraic Geometry
Abstract: The probabilistic models used in the inference of phylogenetic trees from molecular data a...
To those outside the field, and even to some focused on empirical applications, phylogenetics may ap...
This expository work deals with the main aspects of Phylogenetic Algebraic Geometry. In particular, ...
This expository work deals with the main aspects of Phylogenetic Algebraic Geometry. In particular, ...
A new approach to phylogenetic reconstruction has been emerging in the last years. Given an evoluti...
Recently there have been several attempts to provide a whole set of generators of the ideal of the a...
AbstractRecently there have been several attempts to provide a whole set of generators of the ideal ...
Modelling the substitution of nucleotides along a phylogenetic tree is usually done by a hidden Mark...
One of the few and interesting topics that lies at the intersection of algebra and biology is that o...
Rapid developments in high-throughput sequencing have accumulated a wealth of cancer genomics data (...
A phylogenetic tree is an acyclic graph with distinctly labeled leaves, whose internal edges have a ...
Phylogenetic trees are the fundamental mathematical representation of evolutionary processes in biol...
PreprintWe introduce a novel framework for the statistical analysis of phylogenetic trees: Palm tree...