Fast Bayesian Hidden Markov Model with Wavelet Compression
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Updated
Jan 24, 2020 - C++
Fast Bayesian Hidden Markov Model with Wavelet Compression
PRAWNS: A fast and scalable bioinformatics tool that generates an efficient pan-genome representation of closely related whole genomes to provide a concise list of genomic features
A universal telomere annotation tool for genome assemblies in [.fa][.gz] format
A multithreaded tool for maximal exact matches (MEM) computation (in genomes).
Identification of organisms from a stream of DNA sequences
Multiple sequence alignment tool that builds on the concept of seed-and-extend algorithms
ECE358 Exercise - Finding Maximal Matches in Genome Sequences
PARMIK is a fast and memory-efficient tool for identifying the "Partial Match" region between two genomic sequences.
a genome alignment library built around seed-and-extend algorithms for maximal exact and unique matches
Common bioinformatic tools in C/C++
G-PhoCS is a software package for inferring ancestral population sizes, population divergence times, and migration rates from individual genome sequences.
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