Search Results for "system design"

G3FC is a modern, high-performance open-source file archiver using Zstd compression. This project delivers a secure and resilient file container format engineered to replace legacy tools. G3FC excels with its technical features: blazing-fast Zstandard compression, strong AES-256-GCM authenticated encryption, and optional Forward Error Correction (FEC) to prevent data corruption. Its unique footer design allows for instant file indexing and searching, even in massive archives, eliminating the...

This is a better archive manager developed for Linux systems. Its name is a playful reference to WinRAR. It also supports compression and extraction in the RAR format. However, you must install the RAR package on your system. Since this package is proprietary, it wouldn't be appropriate to include it in the program, and we wanted to leave the choice to the user. The program has been packaged and made ready for use on Debian-based systems. Bug reports will help further develop the program. Concept & Project Design: @shampuan Implementation & Coding: @CekToR Programming Language: Python GUI: PyQT5 Licence: GPL Github: https://github.com/shampuan/LinTAR-Archive-Manager https://github.com/cektor/cektor

Crunch is an image compression tool for lossy PNG image file optimization. Using a combination of selective bit depth, color palette reduction and color type, as well as zopfli DEFLATE compression algorithm encoding that employs the pngquant and zopflipng PNG optimization tools, Crunch is effectively able to optimize and compress images with minimal decrease in image quality. While it may produce file size gains larger than those produced by lossless approaches, the impact on image quality...

The OS561 operating system based around FORTH/Java. The OS is to run on a VHDL chip OpenHardware design called the Minon, but could become available for other platforms. The unique point of the design is a revolutionary data compression technology.

Lrzip is a lossless compression application designed to scale with modern hardware resources using a variety of different back end compression algorithms with the ability to have unlimited size compression windows and optional high grade encryption. The larger the file the better the compression possible and the more powerful the hardware the faster it can compress with a heavily multithreaded design.