A Python program that compresses raw images based on the JPEG compression algorithm.

The fastest Run-Length-Encoding on the Planet (for x64)

Manipulate run-length encoded image masks

THE fastest way to implement any kind of decoding for Run Length Encoded data in Rust.

This is a CUDA parallel implementation of an optimized Run Length Encoding compression algorithm that uses an elegant pairing function.

Simple LZSS+RLE+RC32 compression algorithm realization (C/C++/Rust).

Data Compression Technique

Hybrid text compression pipeline using Burrows Wheelers Transform, Huffman encoding, Run-length encoding, Lempel-Ziv-Welch compression and Delta encoding

Compression for text using runlenght, huffman, shannon-fano, LZW and MTF

Multimedia Algorithms Implementation

In this project, I have used two methods to detect lesions on the skin: K-Means Clustering and Connected Components Labeling. With these techniques, I was able to identify the primary region of the skin containing pigmented skin lesions. Additionally, I incorporated Run Length Encoding, a lossless compression method, to store the image data.

The Burrows-Wheeler Transform is a lossless compression algorithm best suited for text with repetitive data. It is used with run-length encode compression.

Run-length encoding (RLE) Example in Python

Run length encoding for MATLAB

Multi-threads Run-length Encoding

Run length encoding

Differential Run Length Encoding for DB serial IDs