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Efficient Projection onto the Perfect Phylogeny Model
TLDR
This paper uses Moreau's decomposition for proximal operators, and a tree reduction scheme, to develop a new algorithm to compute a projection problem that assigns a fitness cost to phylogenetic trees.
A TopicRank Based Document Priors Model for Expert Finding
TLDR
The results showed that the performance of the expert finding system was dramatically improved by introducing TopicRank-based document priors, and Mean Average Precision increased 19.9% while Mean Reciprocal Rank rose as much as 23.4%.
Novel dynamical indices for the variations of the western Pacific subtropical high based on three-pattern decomposition of global atmospheric circulation in a warming climate
Previous studies have often used the 500 hPa geopotential height to define indices of the western Pacific subtropical high (WPSH). However, some studies reported that global warming caused a
Efficient Projection onto the Perfect Phylogeny Model
TLDR
This paper uses Moreau’s decomposition for proximal operators, and a tree reduction scheme, to develop a new algorithm to compute a projection problem that assigns a fitness cost to phylogenetic trees.
Exact inference under the perfect phylogeny model
TLDR
ExACT is a tool that can explore the space of all possible phylogenetic trees, and performs exact inference under the PPM with noisy data, and allows users to obtain not just the most-likely tree for some input data, but exact statistics about the distribution of trees that might explain the data.
Efficient Projection onto the Perfect Phylogeny Model
TLDR
This paper uses Moreau’s decomposition for proximal operators, and a tree reduction scheme, to develop a new algorithm to compute a projection problem that assigns a fitness cost to phylogenetic trees.