Earlier quoted context omitted.
That cannot be true. The quality of an LLM's output is the quality of the probability calculations for the next token. Anything that degrades the relationship between the system's best assessment of the appropriate probability and the actual probability used is a degradation of the quality of that probability and therefore of the output. If this didn't have a detectable effect on the quality of the token probability…
An encrypted hard drive is EXACTLY uniformly distributed random bytes if you do not know the encryption key. No one would be able to tell the difference between a drive that is just purely random numbers or is actually filled with content. (Of course excluding the usually intentionally added readable header) If this was not the case, the encryption would be broken, and most everyone agrees that good encryption does e…
I struggle to understand the relevance of that comment.
The blue/green token list biasing process literally does cause different tokens to be occasionally chosen. Not only that, but because a different token was chosen at one point, this changes the probabilities of all subsequent tokens, and the resulting later token stream every time it happens. If you had access to the token stream as it would have been, and the watermarked one by the end of the text they will be very noticeably different.