Quote from: kTimesG on November 09, 2024, 08:41:48 PM

My kernel does an insane amount of number of jumps per each kernel call, without any need to read and write useless information to global memory, except the initial and final landing spots, and potential found DPs metadata. And this only requires a very low amount of actual GPU memory.

This is a really good information tank you for sharing.

Quote from: citb0in on Today at 12:32:59 PM

so he solved 120, 125 and 130. Where are the privkeys for them, I don't see them? What's the reason for not sharing them ?

He said that he is going to release the 125 key in some other mini-puzzle.

Quote from: RetiredCoder on November 09, 2024, 03:26:51 PM

But yes I will start mini-puzzle for #125 as promised.

right here.

Quote from: WanderingPhilospher on November 09, 2024, 03:18:00 PM

I know that more but slower kangaroos, will solve faster than less, but faster kangaroos, when dealing with higher bit ranges. Speed versus "efficiency / optimization" (DP overhead) are two different things in my opinion.

Thanks for sharing, since I am learning the kangaroo algorithm all this kind of comments are good for me.

Quote from: WanderingPhilospher on November 09, 2024, 03:18:00 PM

Quote

I solved #120, #125 and #130 for now

I still do not believe you solved these, or was the first to solve 120. You could easily sign a message for 125 and 130 to prove this. Maybe you did and I missed it? Or are you still waiting for your merit points to be "bumped" up before doing so?

Agree a signed message should be good because it don't disclose anything and solver prove that him solve them.