SYSTEM AND METHOD FOR ASYMMETRIC DATA COMPRESSION USING DUAL CODEBOOKS

Abstract: a system and method for data compression using a two-codebook approach. the system creates and maintains two distinct codebooks: a data codebook containing codewords for encoding and decoding data, and a behavior codebook containing rules and configuration parameters that control how the data codebook is used. during encoding operations, both codebooks are required—the behavior codebook controls how the data codebook compresses the data. however, during decoding operations, only the data codebook is needed. this asymmetric architecture allows for secure distribution of decoding capabilities while maintaining control over encoding operations. the system can dynamically add new sourceblocks to the data codebook based on received data and supports machine learning optimization of encoding rules. this approach enables efficient data compression while providing granular control over encoding operations through the separate behavior codebook.

Inventor(s): Joshua Cooper

CPC Classification: G06F3/0608 ({Saving storage space on storage systems})

Search for rejections for patent application number 20250190109