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Biologically Inspired Phylogenetic Models Strongly Outperform the No Common Mechanism Model

机译:受生物启发的系统发育模型大大优于没有共同机制的模型

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摘要

But introduced a model called No Common Mechanism (NCM), in which characters may—but are not required to—vary their relative rates independently, both within and between branches. Because the independent variation is taken only as a possibility, not as a requirement, NCM would apply to almost any situation, and so may be accepted as realistic. This is useful because Tuffley and Steel also showed that maximum likelihood under NCM selects the same trees as does parsimony. With the realistic NCM in the background, then, most parsimonious trees have greatest power to explain available observations.—
机译:但是引入了一种称为“无共通机制”(NCM)的模型,在该模型中,字符可以(但不要求)独立地改变分支机构内部和分支机构之间的相对比率。由于独立变式仅是一种可能性,而不是一种要求,因此NCM几乎适用于任何情况,因此可以接受。这很有用,因为Tuffley和Steel还表明,在NCM下最大可能性选择与简约相同的树。因此,以现实的NCM为背景,大多数简约树都具有最大的权力来解释可用的观察结果。

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