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A simulation study comparing supertree and combined analysis methods using SMIDGen
M. Shel Swenson
, François Barbançon
,
Tandy Warnow
, C. Randal Linder
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peer-review
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Dive into the research topics of 'A simulation study comparing supertree and combined analysis methods using SMIDGen'. Together they form a unique fingerprint.
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Keyphrases
Supertree
100%
Matrix Representation with Parsimony
100%
Simulation Study
100%
Combined Analysis
100%
Supertree Methods
42%
Supermatrix
42%
Weight Matrix
42%
Maximum Likelihood
28%
Sequence Data
14%
Tree Dataset
14%
Source Tree
14%
Concatenated
14%
Data Matrix
14%
Maximum Parsimony
14%
Biological Processes
14%
Data Combination
14%
Algorithmic Approach
14%
Large Animal Model
14%
Model Tree
14%
Multimarker
14%
Total Evidence Approach
14%
Molecular Phylogeny
14%
Simulation Methodology
14%
Data Generator
14%
Mathematics
Matrix Representation
100%
Simulation Study
100%
Supermatrices
42%
Maximum Likelihood
28%
Matrix (Mathematics)
14%
Total Evidence
14%
Input Data
14%
Computer Science
Matrix Representation
100%
Simulation Study
100%
maximum-likelihood
28%
Data Matrix
14%
Evidence Total
14%