How about this compression algorithm: we have a source code as a string. We also have a grammar that the source code conforms. If we calculate a hash of the source code, we get a very short string. Reverse function of hashing gives us hundreds of combinations representing potential original strings. Each of those strings may be parsed against the source code grammar. The first combination (and probably the only one) which parses against the source code grammar is lossless extracting from the hash string representing our compressed source code. ------------------------------------------ Artificial General Intelligence List: AGI Permalink: https://agi.topicbox.com/groups/agi/T5ff6237e11d945fb-M519b6cf85825e3a34d108b76 Delivery options: https://agi.topicbox.com/groups/agi/subscription
- Re: [agi] All Compression is Lossy, More or Less Rob Freeman
- Re: [agi] All Compression is Lossy, More or Less Rob Freeman
- Re: [agi] All Compression is Lossy, More or Less James Bowery
- Re: [agi] All Compression is Lossy, More or Les... Matt Mahoney
- Re: [agi] All Compression is Lossy, More or... Brett N Martensen
- Re: [agi] All Compression is Lossy, Mor... Matt Mahoney
- Re: [agi] All Compression is Lossy, More or Les... John Rose
- Re: [agi] All Compression is Lossy, More or... James Bowery
- Re: [agi] All Compression is Lossy, More or Less John Rose
- Re: [agi] All Compression is Lossy, More or Les... ivan . moony
- Re: [agi] All Compression is Lossy, More or... John Rose
- Re: [agi] All Compression is Lossy, More or... James Bowery
- Re: [agi] All Compression is Lossy, More or... John Rose
- Re: [agi] All Compression is Lossy, Mor... James Bowery
- Re: [agi] All Compression is Lossy... John Rose
- Re: [agi] All Compression is L... James Bowery
- Re: [agi] All Compression is L... Quan Tesla
- Re: [agi] All Compression is L... James Bowery
- Re: [agi] All Compression is L... James Bowery
- Re: [agi] All Compression is L... James Bowery
