Thanks. I may have already done those. In any case, I'm done for now. There's quite a few numbers between 1800 and 3000 digits, but I have BOINC work to do, and will leave them to someone with better hardware.

Doing everything through 2034 digits; should be done by tomorrow evening.

Taking through 2412 dd. I don't recall where the optimal point is to go to the next higher sieve size, so to be conservative, if I end up working bigger than that, I'll do a separate run set to 3k dd.

I'm done for the time being.

I'm planning to bite the bullet and do everything below 3k digits.

And I'm done. Numbers were appearing faster than I could prove them.

I'm going to make another effort at everything below 2100 digits. Thanks to whomever took care of the larger numbers.

I am, once again, done. I am not sure where the sheer quantity of numbers right around 1k dd are coming from.

Between the time I finished sieving my latest NFS job and decided which machine to run the LA on after the matrix building, I managed to finish about 1000+ certificates. I'm going to do the LA on my hex-core, so I'm about done with the certificates for a while. [QUOTE=pakaran;417442]I am, once again, done. I am not sure where the sheer quantity of numbers right around 1k dd are coming from.[/QUOTE]I know "where" (why) but I don't know "who". The greater majority of the certs I just did were all of the form [tex](10^{320}+m)/n[/tex] or [tex](10^{1000}+m)/n[/tex]. So it looks like someone is just generating 310-320 digit or 980-1000 digit primes for some reason. As of right now there are just over 4,000 PRPs under 3000 digits waiting.

Taking (10^3210*58+41)/99 with database ID 1100000000032098915

Done, and taking 10^4242-8000000001