-----BEGIN PGP SIGNED MESSAGE----- On Sat, 6 Apr 1996, Dan Haskovec wrote:
The New York Times online site reports on a researcher at Oak Ridge National Labs who "devised and patented a new mathematical system for encrypting and authenticating digital data, based on the scientific concept of chaos." The article mention that people in industry were less than enthused about adopting it. Even the inventor says that it "isn't robust enough for military applications." It seems to use a chaotic system at both ends with a symmetric key. It almost sounds like the NYT covered it because chaos is "cool", not because this development is significant. Any insights?
There has been research into developing chaos based encryption, but none of the systems developed are nearly as strong as block ciphers such as IDEA and 3DES. Chaos encryption is more like steganography than encryption. The chaos encryption schemes that I know of use a driving circuit to generate the carrier wave for the transmission. If a person on the other end knows the driving circuit used, then that person can remove it. The output of a chaos encryption mechanism is similar to static, but I don't think that it is particularly strong. With proven strong encryption, the only advantage I can see to using chaos encryption would be to encrypt analog data. - -- Mark =-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-= markm@voicenet.com | finger -l for PGP key 0xf9b22ba5 http://www.voicenet.com/~markm/ | bd24d08e3cbb53472054fa56002258d5 "The concept of normalcy is just a conspiracy of the majority" -me -----BEGIN PGP SIGNATURE----- Version: 2.6.3 Charset: noconv iQCVAwUBMWfiZrZc+sv5siulAQEwcAQAq8Sp1o6bkxAbZwEpKf3TZjcLP6q1AP7h 4/YIVDVZamfQ8BUtji1r/jFAJLviPF1ibC8459L9+Q4GlDzSBEpYA5gHjIywyg61 3iv86ZwTy2xijPkINWSnlDF04FiMwmBuTC91hS/9DiSYQ6dQZWxy8L2LZkaJb57v 5Qds6rfBFRM= =aLiN -----END PGP SIGNATURE-----