Accurate, resource-frugal and deterministic DNA sequence classifier.
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Updated
May 1, 2024 - Python
Accurate, resource-frugal and deterministic DNA sequence classifier.
A parallel implementation of the bzip2 data compressor in python, this data compression pipeline is using algorithms like Burrows–Wheeler transform (BWT) and Move to front (MTF) to improve the Huffman compression. For now, this tool only will be focused on compressing .csv files, and other files on tabular format.
Extreme inline text compression for HTML / JS. A custom pipeline that generates stand-alone HTML or JS files which embed competitively compressed self-extracting text, with file sizes of 25% - 40% the original.
A Python implementation of The Burrows-Wheeler Transform alongside Huffman coding on DNA sequences.
Implementation of Compression and Learning Algorithms
Computational Biology Assignments
Sternum is a python package to map next generation sequencing reads to a reference genome using optimized methods
Implementation of the algorithm "Burrows Wheeler Transform" in python for data compression
Reversible permutation of the characters of a string, which can be used for lossless data compression based on block sorting.
coding problems from course 6 of the Bioinformatics specialization
Python implementation of the Burrow Wheeler Algorithm with a GUI
Various algorithms and data structures on strings
Implement and compare 2 pattern matching algorithms for genome mapping, one using suffix array and the other using Burrows-Wheeler Transform
Web App: Generate suffix array, Burrows-Wheeler transform, and FM indices for input strings Translate DNA sequences into their corresponding protein sequences
Repository for the master course Genomic IT at the School of Electrical Engineering
This is a repository for a seminar on Bowtie2 and its use of the Burrows-Wheeler Transform and FM-index in short-read sequence mapping.
A test GitHub repository for a set of client/server python scripts (as part of the Scientific Programming class).
A simple implementation of Burrows-Wheeler Transforms (BWT) for DNA in Python with a server and a client to host and send requests
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