Not really related to the above post, but one thing I am not seeing on an initial pass is the advancement of understanding of problems like riddled or wada basins.
Especially with time delays this and 3+ attractors this can be problematic.
There are tools to try and detect these features that were found over the past few decades, and I know I wasted a few years on a project that superficially looked like a FP issue, but ended up being a mix of the wada property and/or porous sets.
The complications will describing these worse than traditional chaos indeterminate situations may make it inappropriate for you.
But it would be nice if visibility was increased. Funny enough most LLMs corpus is mostly fed from a LSAT question.
There has been a lot of movement here when you have n>=3 attractors/exits.
Not solutions unfortunately, but tools to help figure out when you hit it.
Especially with time delays this and 3+ attractors this can be problematic.
A simple example:
https://doi.org/10.21203/rs.3.rs-1088857/v1
There are tools to try and detect these features that were found over the past few decades, and I know I wasted a few years on a project that superficially looked like a FP issue, but ended up being a mix of the wada property and/or porous sets.
The complications will describing these worse than traditional chaos indeterminate situations may make it inappropriate for you.
But it would be nice if visibility was increased. Funny enough most LLMs corpus is mostly fed from a LSAT question.
There has been a lot of movement here when you have n>=3 attractors/exits.
Not solutions unfortunately, but tools to help figure out when you hit it.