(28-04-2022, 06:21 PM)Vfind wrote: You are not allowed to view links. Register or Login to view.Statistical analysis of VM syllables including their position in the word clearly show three groups of 17 for normal and two groups of 34 for _oX and _4oX words. This points to the proposed 4 dial 68 segment Cipher disk. Only for less than 20 per disk or 80 letters per 4 disks, a disk encryption makes sense. The settings of the disks therefore change to the first four tokens of every chapter marked by the single stem gallows, what makes a frequency analysis almost impossible. This procedure to encode large text with a cipher disk without codebook, is as far as we know not mentioned anywhere, so it is still patentable. 99.5% of the VM chapters can be tokenized with this procedure without ambiguities, so again it may be difficult to accept, but the chapters of the VM are cipher disk encoded secret text.Hi,
There are many things that I don't quite understand. Thanks for explaining to me (in private messages) some tokenization rules that are not obvious, I am not sure I get them completely. I'll have to write a program to check for inconsistencies, then I'll post the results.
As you know almost every paragraph has on its first line one or several single stem gallows. Why so many of them when one would be enough? Are most of them nulls? By chapter, do you mean paragraph?
I don't understand the groups of 17. For a language with 33 letters + space, why restrict so much the possibilities when there is room for 68 on each wheel or 34 to make it easier to read?