A Secure Compression algorithm based on Burrows Wheeler Transform developed for our "Data Compression" exam
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Updated
Dec 22, 2022 - TeX
A Secure Compression algorithm based on Burrows Wheeler Transform developed for our "Data Compression" exam
🗜️ Implementation of a different approach to the traditional BWT, using ICFL.
Frontend side of TextFile compression using LZW Algorithm with MERN techstack
Glitchart generator based on compression with errors
A simple webapp to compress ASCII string primarily with LZW, it can also compress further by BWT and RLE
Hybrid text compression pipeline using Burrows Wheelers Transform, Huffman encoding, Run-length encoding, Lempel-Ziv-Welch compression and Delta encoding
PUBLIC | FCTUC DEI/LEI 2021/2022 - Licenciatura em Engenharia Informática | TI - Teoria da Informação | Trabalhos Práticos: TP0, TP1 e TP2
Fast, GPU-based decompressor for bzip2 streams.
implementation of Burrows–Wheeler transform on a Gene Sequence - Bioinformatics Course - Fall 2019
Backend side of TextFile compression using LZW Algorithm with MERN techstack
A better version of BWTC32768 with the added benefit of some simple AES-256-CTR security to fit the resource frugal theme of the compressor and encoding.
BWTC32Key is a file compressor with encryption and Base32768 binary-to-text output.
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