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David Rasmussen's Projects

bdmm-cascade icon bdmm-cascade

BEAST 2 package for fitting multi-type birth-death models to phylogenies conditional on mapped types.

bdmm-prime icon bdmm-prime

Modified implementation of the BDMM multi-type birth-death model for BEAST 2.

deeptswvseq icon deeptswvseq

Python scipts used to analyze TSWV deep sequence data.

espalier icon espalier

Espalier is a Python package for working with discordant phylogenetic trees using maximum agreement forests.

jphylter0.1 icon jphylter0.1

Phylodynamic inference for stochastic epidemiological models using particle filtering.

lumiere icon lumiere

BEAST 2 package for phylodynamics with adaptive molecular evolution using the Marginal Fitness Birth-Death model

marula icon marula

A BEAST 2 package for phylodynamic inference using epidemiological models with multiple (nested) forms of population structure and time-varying parameters.

mutantigen icon mutantigen

Phylodynamic simulations of influenza virus evolution with antigenic and deleterious mutations, implented in Java. This is a modified version of Trevor Bedford's program Antigen (http://bedford.io/projects/antigen/). For more information on the model, see: http://dx.doi.org/10.7554/eLife.07361

pairtree icon pairtree

Phylodynamic network analysis using pairwise epidemic and coalescent models implemented in BEAST 2.

phylo-particlemcmc icon phylo-particlemcmc

Phylodynamic inference using particle filtering and particle MCMC. Implemented in Matlab. See Rasmussen et al. (2011) for a full description of the algorithms: https://doi.org/10.1371/journal.pcbi.1002136

phylotf2 icon phylotf2

Efficient likelihood-based phylodynamic learning using birth-death models in TensorFlow.

recbreakdetect icon recbreakdetect

Simulation code and data for localizing recombination breakpoints in sequence data.

sir-binder icon sir-binder

Jupyter notebooks for SIR epidemic models hosted on binder.

virusesacrosstreeoflife icon virusesacrosstreeoflife

Slide deck introducing high school students to the diversity of viruses infecting bacteria, plants and invertebrates.

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