Showing 14 of 14 projects
A fast lossless compression algorithm targeting real-time scenarios with zlib-level or better compression ratios.
A generic-purpose lossless compression algorithm offering dense compression at speeds comparable to deflate.
An extremely fast lossless compression algorithm offering speeds over 500 MB/s per core with a high-speed decoder.
A library for compressing and decompressing 3D geometric meshes and point clouds to improve storage and transmission.
A filesystem that stores data by referencing positions in the mathematical constant π instead of using physical storage space.
An extension of GeoJSON that encodes topology for efficient, compact geographic data representation.
A pure C# library for Zip, GZip, Tar, and BZip2 compression and decompression on the .NET platform.
A format-aware compression framework that generates specialized compressors for specific data formats, achieving high ratios with high speed.
A single C source file library implementing zlib compression, PNG writing, and ZIP archive manipulation with MIT licensing.
A Python implementation of the MessagePack binary serialization format, providing fast and compact data exchange.
A modern, high-performance drop-in replacement for the zlib compression library, optimized for next-generation hardware.
A Lempel-Ziv compression algorithm using Finite State Entropy coding for high-speed compression and decompression.
A columnar storage extension for PostgreSQL built as a foreign data wrapper, optimized for analytics and data archival.
A data compression library for embedded and real-time systems with minimal memory usage.
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