Reserving R478 as new base using the new-base script up to 2.5k and sieving to 10k (1G) with srsieve2

R310 tested to n=2.5k + sieved to 1G (2.5-10k)

4113 remain

Results emailed - Base released

R478 tested to n=2.5k + sieved to 1G (2.5-10k)

12042 remain

Results emailed - Base released

Ian and I have completed S318 to n=300K; 1 prime was found for n=200K-300K shown below; 1 k remains.

Prime:
56*318^288096+1

Extending reservation to n=400K. :smile:

Reserving S486 as new base using the new-base script up to 2.5k and sieving to 10k (1G) with srsieve2

R304 tested to n=300k (100-300k)

1 prime found, 6 remain

Results emailed - Base released

S486 tested to n=2.5k + sieved to 1G (2.5-10k)

5148 remain

Results emailed - Base released

Status update SR383
 

From the range n=200,001 to n=1,000,000 there is a total of:

410,389 Sierpinski tests remaining
54,882 Riesel tests remaining

Due to using Prime95, I'm running 1 k on each core on the 12 core Xeon. This means that there is a huge difference in testdepth for the various k's. The test depth is as follows:

2 (709K)
32 (519K)
44 (424K)
50 (372K)
94 (408K)
98 (392K)
104 (324K)
118 (366K)
128 (537K)
158 (351K)
186 (319K)
226 (341K)
338 (329K)
470 (296K)

Other k's is tested to n=256K

The riesel side has had 2 k´s running on 2 cores each, this means that there is for the 3 smallest k's a difference in testdepth compared to the other 3 k's. In the midle of january testdepth is going to align, because I go from 2 cores per test to 4 cores per test. The testdepth is as follows for the Riesel side:

116 (439K)
134 (435K)
136 (398K)

Other k's is tested to n=385K

Due to the huge amount of work that I and the sievers at YOYO has put in these 2 bases, wether you like it or not Gary, I would appreciate that both sides gets their reservation extended to n=1,000,000. Thank you! I'm asking this, simply because I would hate with all the work I've done now, if someone came and took a very big prime from me.

Take care.

Reserving S273 to n=300k (100-300k) for BOINC

[QUOTE=KEP;531326]From the range n=200,001 to n=1,000,000 there is a total of:

410,389 Sierpinski tests remaining
54,882 Riesel tests remaining

Due to using Prime95, I'm running 1 k on each core on the 12 core Xeon. This means that there is a huge difference in test depth for the various k's. The test depth is as follows:

2 (709K)
32 (519K)
44 (424K)
50 (372K)
94 (408K)
98 (392K)
104 (324K)
118 (366K)
128 (537K)
158 (351K)
186 (319K)
226 (341K)
338 (329K)
470 (296K)

Other k's is tested to n=256K

The riesel side has had 2 k´s running on 2 cores each, this means that there is for the 3 smallest k's a difference in test depth compared to the other 3 k's. In the middle of January test depth is going to align, because I go from 2 cores per test to 4 cores per test. The test depth is as follows for the Riesel side:

116 (439K)
134 (435K)
136 (398K)

Other k's is tested to n=385K

Due to the huge amount of work that I and the sievers at YOYO has put in these 2 bases, whether you like it or not Gary, I would appreciate that both sides gets their reservation extended to n=1,000,000. Thank you! I'm asking this, simply because I would hate with all the work I've done now, if someone came and took a very big prime from me.

Take care.[/QUOTE]


OK I'll extend the reservation to n=1M. That's a 5+ year task even on a 12 core machine. Just thought I'd mention that. I know you like monstrous reservations.

I don't see any mention of primes found. Have there been any primes? That's a large amount of testing with no prime.

[QUOTE=gd_barnes;531336]OK I'll extend the reservation to n=1M. That's a 5+ year task even on a 12 core machine. Just thought I'd mention that. I know you like monstrous reservations.

I don't see any mention of primes found. Have there been any primes? That's a large amount of testing with no prime.[/QUOTE]

No new primes, but the prime percentage of k´s primed for each doubling of n, is actually only around 7%, so I'm not entirely suprised. If however, within the next 12 month that there does not reveal another or 2 primes for S383, I will not just be surprised but also vastly disappointed. I expect overall 7 primes up to n=1M, 2 on the Riesel side and 5 on the Sierpinski side.

I know this is going to be a monstrous task, I expect it to run till the end of next decade, dependant on when I upgrade to an i9-7940X, with AVX-512. In case the money to upgrade doesn't show them self as anticipated, I expect it to take until 2028 (maybe earlier if some heavy weight k's fall with a prime) before n=1M is reached. Worst case scenario is late 2029. Best case scenario is propably 2026. So as you state it is a 5+ years task, even though I currently have 16 cores running 24/7. For the next year I expect an average of 9-10,000 tests per month to complete.

Thanks for granting me the confidence that I will stick with this and accepting my request for such a monstreous reservation. The only break in testing is expected in early 2021 when I have both sides tested to n=500K and more sieving will be needed, by me and the great BOINCers at YOYO :smile:

Take care :smile: