Lempel-Ziv-Storer-Szymanski (LZSS) is a lossless data compression algorithm, a derivative of LZ77, that was created in 1982 by James A. Storer and Thomas Szymanski. LZSS was described in article "Data compression via textual substitution" published in Journal of the ACM (1982, pp. 928-951).

Coding with dictionaries LZSS algorithm with examples.

encoded. lzdecode.c - LZSS decoding source lzencode.c - LZSS encoding source lzss.h - LZSS Use traditional LZSS encoding where the coded/uncoded bits. precede the symbol they are associated...

LZSS coding. Notice that when there are no matching characters (hence transmitting the Other LZSS (LZ77) compression schemes accept a minimum match length to avoid transmitting length codes...

Lempel-Ziv-Stac (LZS, or Stac compression) is a lossless data compression algorithm that uses a combination of the LZ77 sliding-window compression algorithm and fixed Huffman coding.

Compressed LZSS File Format. From Bohemia Interactive Community. In General LZSS compression only applies to data strucrures that would otherwise exceed 1023 bytes.

LZSS is a dictionary encoding technique. The LZSS algorithm and it's predecessor LZ77 attempt to compress series of strings by converting the strings into a dictionary offset and string length.

Алгоритм LZSS є модифікацією алгоритму LZ77. Код алгоритму починається однобітовим префіксом, що відділяє код підрядка, що збігається, від незакодованого символу.

LZSS compression algorithm. Navigation. Project description. Project description. A package for decoding / encoding LZSS-compressed data.