Відео

C source code here : github.com/k0ntinuum/CA_stochastic_64

This is a stochastic cellular automata encryption system. p is the plaintext or secret message. f is an array of ECA rules, applied in order as the automaton is updated. This is the secret key. c is randomly generated ciphertext that decrypts to p. Not all inputs decrypt to p, so encryption is actually experimental decryption. github.com/k0ntinuum/smoke_32_set

probabilistic : random numbers used to generate ciphertext homophonic : same plaintext has many expressions in ciphertext decryption is fast and easy C source code here: github.com/k0ntinuum/smoke_32_simple

theory : phenomenalism.github.io/intuitionism/glass_16.pdf code: github.com/k0ntinuum/fractal_glass Please see the other video on this system (presented in bits) for more info.

This explains the basic idea of the "glass" system. It refers to a heavy 16 bit version, whereas this fractal version uses a very light 3 bit system (plaintexts are 3 bits.) theory : phenomenalism.github.io/intuitionism/glass_16.pdf code : github.com/k0ntinuum/fractal_glass

I call it a "hypercube" system because it can show different faces to different keys. Source code: github.com/k0ntinuum/bool

C source code available here: github.com/k0ntinuum/tesseract_4

unpolished but working code here: github.com/k0ntinuum/cubic_8

unpolished code here : github.com/k0ntinuum/cubic_4

A simple but intense method for encrypting 9 x 9 grids of ternary "digits." Total number of keys is (19683!)^2 source code (in the C language) is here: github.com/k0ntinuum/cryptosaur_81

symmetric cryptosystem key is 2 permutations on 65536 elements, so there are (65536!)^2 keys. very simple code available here: github.com/k0ntinuum/cryptosaurus_16

You can find the very simple source code here : github.com/k0ntinuum/cryptosaur

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rivers 11 [ Cellular Automata]

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Through All The Daze Of Your Vanity

2D Turing Machines

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