Taking a quick look back, it looks like you cited a couple of compressors that perform multiple compression steps, using a lossy algorithm for one step and a lossless algorithm for another. These do not refute my point. The individual algorithms are still either lossy or lossless, not both/neither. And the hybrid compressor as a whole is lossy. (Any lossy step in the process makes the final output lossy.) ------------------------------------------ Artificial General Intelligence List: AGI Permalink: https://agi.topicbox.com/groups/agi/T5ff6237e11d945fb-Mca74227bd0b38f6ce302f495 Delivery options: https://agi.topicbox.com/groups/agi/subscription
- [agi] Re: All Compression is Lossy, More or Less ivan . moony
- Re: [agi] All Compression is Lossy, More or Less James Bowery
- Re: [agi] All Compression is Lossy, More or Le... immortal . discoveries
- Re: [agi] All Compression is Lossy, More or Le... John Rose
- Re: [agi] All Compression is Lossy, More o... James Bowery
- Re: [agi] All Compression is Lossy, Mo... John Rose
- Re: [agi] All Compression is Lossy... WriterOfMinds
- Re: [agi] All Compression is ... John Rose
- Re: [agi] All Compression... WriterOfMinds
- Re: [agi] All Compression... John Rose
- Re: [agi] All Compression... WriterOfMinds
- Re: [agi] All Compression... immortal . discoveries
- Re: [agi] All Compression... John Rose
- Re: [agi] All Compression... James Bowery
- Re: [agi] All Compression... John Rose
- Re: [agi] All Compression... Matt Mahoney
- Re: [agi] All Compression... John Rose
- Re: [agi] All Compression... immortal . discoveries
- Re: [agi] All Compression... John Rose
- Re: [agi] All Compression... John Rose
- Re: [agi] All Compression... keghnfeem
