This work implements a dynamic programming algorithm for performing local sequence alignment. Through parallelism, it can run 136X times faster than a software running the same algorithm.
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Updated
Jul 4, 2019 - Verilog
This work implements a dynamic programming algorithm for performing local sequence alignment. Through parallelism, it can run 136X times faster than a software running the same algorithm.
Welcome to the website and github repository for the Genome Analysis Module. This website will guide the learning experience for trainees in the UBC MSc Genetic Counselling Training Program, as they embark on a journey to learn about analyzing genomes.
🔗 A simple nextflow of shovill for running multiple samples at once on multiple cores computer or HPC (i.e. slurm, sge,...)
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