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    Maximum Parsimony Advances for Native Phylogenetic Stemmatics

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    Date
    2015
    Author
    Miller, Andrew
    Gould, Nathan
    Papamichail, Dimitris
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    Abstract
    Abstract
    Our ultimate aim is to design an algorithm that generates the most parsimonious tree where extant texts may be ancestors of other texts. The algorithm accepts a set of extant manuscripts or a multiple alignment of such texts. The algorithm examines all most parsimonious (MP) trees generated by conventional phylogenetic methods and attempts to promote leaves to internal nodes while maintaining parsimony. The algorithm outputs the most compact parsimonious tree possible by checking all possible sequences of promotions.
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    Department of Computer Science
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    File access restricted due to FERPA regulations
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    • MUSE (Mentored Undergraduate Summer Experience)

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