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Motivation: There are many steps within breseq that could be easily parallelized to speed up execution.
Implementation: Use a thread pool that relies only on C++11 std:thread to maximize portability. This header can help implement the thread pool: https://github.com/vit-vit/ctpl
Step 1: Parallelize HTML alignment and coverage graph creation
Step 2: Parallelize Reference and FASTQ file analysis and conversion.
Step 3: Parallelize scanning the genome to predict mutations; needs new methods to stitch together RA and MC evidence from different chunks of a large genome. Most challenging, but also highest impact on speed.
The text was updated successfully, but these errors were encountered:
Motivation: There are many steps within breseq that could be easily parallelized to speed up execution.
Implementation: Use a thread pool that relies only on C++11 std:thread to maximize portability. This header can help implement the thread pool: https://github.com/vit-vit/ctpl
The text was updated successfully, but these errors were encountered: