A diagram of the chosen residual block structure shown with the dimensions for the first convolution for an initial size of two-populations by 64 individuals by 128 polymorphisms.

Ray, Dylan D.; Flagel, Lex; Schrider, Daniel R.

doi:10.1371/journal.pgen.1010657.s001

pgen.1010657.s001.pdf (15.15 kB)

A diagram of the chosen residual block structure shown with the dimensions for the first convolution for an initial size of two-populations by 64 individuals by 128 polymorphisms.

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posted on 2024-02-20, 18:26 authored by Dylan D. Ray, Lex Flagel, Daniel R. Schrider

A diagram of the chosen residual block structure shown with the dimensions for the first convolution for an initial size of two-populations by 64 individuals by 128 polymorphisms.

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world scenarios underscores trained neural network much higher frequencies insufficient — ideally div >< p deep neural network deep learning approaches deep learning algorithm significant fitness advantage closely related species recovering introgressed haplotypes image classification problem harbor introgressed loci region previously shown use simulated data population genetic alignment identifying introgressed alleles use ="population alignment one species fitness effects correctly identifying introgressed material introgressed alleles image representation image belongs widespread phenomenon typically neutral typically confined sometimes confer semantic segmentation real data readily extended purifying selection potential relevance performing comparably numerous methods identify regions identify alleles highly effective highly accurate growing body gene flow full extent evidence suggests drosophila close relative challenging real analysis reveals >, showing

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A diagram of the chosen residual block structure shown with the dimensions for the first convolution for an initial size of two-populations by 64 individuals by 128 polymorphisms.

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