Re: Mathematical Functions not Needed

....the same depending on how I handle floating point support. And in
cryptography, this is a no-go.
- floating-point arithmetic is SLOW
- continuous mathematics is horribly well-defined, while cryptography
needs irregularity. This is provided to an extent in discrete
mathematics, as far as we know.

So, overall, the real number line is *not* the desktop of all number-
theoretic cryptography, and will never be. So now just shut the hell
up and stop posting your crap on the net, because you're not helping

Relevant Pages

  • Re: Mathematical Functions not Needed
    ... continuous mathematics is horribly well-defined, while cryptography ... My naive impression is that the worked on the analogue stream directly. ... If they digitized and then transmitted an analogue "scramble" signal then the inevitable frequent, but small, errors in the transmission would make the thing unencryptble. ...
  • Re: New Symmetric Encryption Algorithm
    ... My intent is to vet this algorithm not to study cryptography ... I am amazed at how quickly some members dismiss topics sight ... and then conjure mis-directs to support their views! ... Perhaps a more useful tact may be to figure a way to vet this code... ...
  • Re: Standard integer types vs types
    ... then all integers are floating point numbers. ... some kind of platform specific 64 bit support for them. ... I'm not quite sure what's so esoteric about cryptography, ... its standards compliant support when it *DOES* support the native ...
  • Re: [PATCH 0/6] MODSIGN: Kernel module signing
    ... partners and users could try to fake the support status of a module and/or ... remove status flags from Oopses, and cryptography wouldn't save us. ... unsupported module, then edited oops. ...
  • 3D graphic cards
    ... subclass = VGA ... Regards, ... Support strong cryptography. ...