Jump to content

kjsisco

Members
  • Posts

    14
  • Joined

  • Last visited

About kjsisco

  • Birthday 06/17/1984

Profile Information

  • Location
    NJ, USA
  • WWW
    http://www.kevinsconsulting.com

Recent Profile Visitors

180 profile views

kjsisco's Achievements

Seeker

Seeker (1/7)

0

Reputation

  1. If you let me know what confuses you I can better help. The counting/sorting algorithm outputs a list based on a number entered. It is useful for sorting a list.
  2. This algorithm is loosely based on the Approximate Counting algorithm. After the user is prompted for a starting number, a "virtual coin flip" is performed. The numbers are then put in order from least to greatest. This is great for sorting. SmartCounting.au3
  3. Well at least I entertained everyone. That wasn't the idea but you're welcome
  4. Interesting function. Did you actually want it to replace the msg box? If so, you still needed to use it. Maybe I misunderstood the point?
  5. @JohnOne, are you really asking me to give out the key?
  6. The cell phone example is just one possibility but now that I think of it that wouldn't fit in with my spacetime model as you need something with a monitor. A digital cable box would be better. The cable signal could be fed into the model (TV display+time) and processed (encrypted) by using the rotation/single xor portion of the cypher.
  7. I don't know how you could use this to collect info from someone's computer. This is not malware. I'm sorry if this sounds harsh, but if you want to use it in this way shame on you. I designed this to demonstrate that it can be done. One could use this to protect a cell phone from spying, for one thing. This algorithm was certainly not meant to cause such an uproar.
  8. It isn't really useless because, after all, the time changes every ms.
  9. The signal is represented by the refresh rate of the current display in hurts. The spacetime model is used to encrypt the signal.
  10. I apologize for not explaining better. Spacetime encryption is an encryption algorithm demonstrating that a signal can be encrypting using a basic spacetime model. It is as close as a classical computer can come to quantum cryptography. That is what this is, a classical quantum method. Though it isn't quantum. Hope I didn't confuse you more.
  11. I have created a way to encrypt a signal using Autoit. I use a simple spacetime model. Enjoy! SpacetimeEncryption.au3
×
×
  • Create New...