"Perfect compression" doesn't make sense anyway. Perfection of compression (as with entropy) can be expressed only relative to a specific probability distribution of possible inputs. Once you have specified such a probability distribution, you can evaluate how well a particular compression algorithm works. But speaking of absolute compression or absolute entropy is meaningless.
- Re: Cryptographic Algorithm M... Ben Laurie
- Re: Cryptographic Algorithm M... Ray Dillinger
- Re: Cryptographic Algorithm M... Paul Crowley
- Re: Cryptographic Algorit... Paul Crowley
- Re: Cryptographic Algorit... Kris Kennaway
- Re: Cryptographic Algorithm M... Arnold G. Reinhold
- Re: Cryptographic Algorithm Metric... Ben Laurie
- Re: Cryptographic Algorithm Metric... Greg Rose
- Re: Cryptographic Algorithm Metrics Paul Crowley
- Re: Cryptographic Algorithm Metrics Bill Stewart
- Perfect compression and true randomness lcs Mixmaster Remailer
- Perfect compression and true randomness Nick Szabo
- Re: Perfect compression and true randomnes... Arnold G. Reinhold
- Re: Perfect compression and true rando... Paul Crowley
- Re: Perfect compression and true r... David Wagner
- Re: Cryptographic Algorithm Metrics burton rosenberg
- Re: Cryptographic Algorithm Metrics lcs Mixmaster Remailer
