I would like to present a personal invention of mine.

It is a circuit that can produce a pseudo-random sequence with a period of 2^n numbers, where n is the numbers of registers.

The general and low resource approach to produce a pseudo-random sequence in hardware is to use Fibonacci or Galois linear-feedback shift register (LFSR) but the period of the generated random sequence is limited to 2^n - 1 numbers.

Furthermore, with this new methodology there are more circuit types that produce a complete sequence, therefore, it is more resistant to mathematical attacks.

Here it is a link to the blog post:

Mod: Deleted Link.

Here to links to the code if someone wants to try it out:

I will post in the future the circuit with multiple bit lengths ( from 3 to 16 bits ).

Any feedback is really appreciated.

Mod: Please post the actual Code and other information to this Thread.

It is a circuit that can produce a pseudo-random sequence with a period of 2^n numbers, where n is the numbers of registers.

The general and low resource approach to produce a pseudo-random sequence in hardware is to use Fibonacci or Galois linear-feedback shift register (LFSR) but the period of the generated random sequence is limited to 2^n - 1 numbers.

Furthermore, with this new methodology there are more circuit types that produce a complete sequence, therefore, it is more resistant to mathematical attacks.

Here it is a link to the blog post:

Mod: Deleted Link.

Here to links to the code if someone wants to try it out:

I will post in the future the circuit with multiple bit lengths ( from 3 to 16 bits ).

Any feedback is really appreciated.

Mod: Please post the actual Code and other information to this Thread.

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