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-   -   RSP Sieve Files for k*2^n-1 from PrimeGrid (https://www.mersenneforum.org/showthread.php?t=18255)

pinhodecarlos 2013-05-31 10:21

RSP Sieve Files for k*2^n-1 from PrimeGrid
 
New files uploaded current as of [B]2017-09-11[/B] (updated and with algebraic factors removed)

[B][U]Active Sieves[/U][/B]
[INDENT][B][URL="http://www.primegrid.com/sieving/rsp/rsp7M_20170911.7z"]rsp7M_20170911.abcd[/URL][/B] - (140,208,464) terms) p~276P
[B][URL="http://www.primegrid.com/sieving/rsp/rsp8M_20170911.7z"]rsp8M_20170911.abcd[/URL][/B] - (140,209,281) terms) p~276P
[B][URL="http://www.primegrid.com/sieving/rsp/rsp9M_20170911.7z"]rsp9M_20170911.abcd[/URL][/B] - (140,232,803) terms) p~276P[/INDENT]
[B][U]Suspended Sieves[/U][/B]
[INDENT][B][URL="http://www.primegrid.com/sieving/rsp/rsp1M_20150702.7z"]rsp1M_20150702.abcd[/URL][/B] - (145,955,447) terms) p=100P
[B][URL="http://www.primegrid.com/sieving/rsp/rsp2M_20150702.7z"]rsp2M_20150702.abcd[/URL][/B] - (145,932,255) terms) p=100P
[B][URL="http://www.primegrid.com/sieving/rsp/rsp3M_20150702.7z"]rsp3M_20150702.abcd[/URL][/B] - (145,537,042) terms) p=100P
[B][URL="http://www.primegrid.com/sieving/rsp/rsp4M_20150702.7z"]rsp4M_20150702.abcd[/URL][/B] - (140,228,537) terms) p=400P
[B][URL="http://www.primegrid.com/sieving/rsp/rsp5M_20150702.7z"]rsp5M_20150702.abcd[/URL][/B] - (140,245,425) terms) p=400P
[B][URL="http://www.primegrid.com/sieving/rsp/rsp6M_20150702.7z"]rsp6M_20150702.abcd[/URL][/B] - (140,213,750) terms) p=400P
[B][URL="http://www.primegrid.com/sieving/rsp/rsp10M_20000T.7z"]rsp10M_20000T.abcd[/URL][/B] - (149,983,666) terms) p=20000T
[B][URL="http://www.primegrid.com/sieving/rsp/rsp11M_20000T.7z"]rsp11M_20000T.abcd[/URL][/B] - (149,988,780) terms) p=20000T
[B][URL="http://www.primegrid.com/sieving/rsp/rsp12M_20000T.7z"]rsp12M_20000T.abcd[/URL][/B] - (149,964,256) terms) p=20000T[/INDENT]
[B][U]Shortened Sieves (k < 300)[/U][/B][INDENT][B][URL="http://www.primegrid.com/sieving/rsp/rsp7M_20170911_k_lt_300.7z"]rsp7M_20170911_k_lt_300.abcd[/URL][/B] - (4,064,533) terms) p~276P, k < 300
[B][URL="http://www.primegrid.com/sieving/rsp/rsp8M_20170911_k_lt_300.7z"]rsp8M_20170911_k_lt_300.abcd[/URL][/B] - (4,062,720) terms) p~276P, k < 300
[B][URL="http://www.primegrid.com/sieving/rsp/rsp9M_20170911_k_lt_300.7z"]rsp9M_20170911_k_lt_300.abcd[/URL][/B] - (4,099,955) terms) p~276P, k < 300

[B][URL="http://www.primegrid.com/sieving/rsp/rsp1M_20150702_k_lt_300.7z"]rsp1M_20150702_k_lt_300.abcd[/URL][/B] - (4,247,662) terms) p=100P, k < 300
[B][URL="http://www.primegrid.com/sieving/rsp/rsp2M_20150702_k_lt_300.7z"]rsp2M_20150702_k_lt_300.abcd[/URL][/B] - (4,243,186) terms) p=100P, k < 300
[B][URL="http://www.primegrid.com/sieving/rsp/rsp3M_20150702_k_lt_300.7z"]rsp3M_20150702_k_lt_300.abcd[/URL][/B] - (4,229,258) terms) p=100P, k < 300
[B][URL="http://www.primegrid.com/sieving/rsp/rsp4M_20150702_k_lt_300.7z"]rsp4M_20150702_k_lt_300.abcd[/URL][/B] - (4,066,647) terms) p=400P, k < 300
[B][URL="http://www.primegrid.com/sieving/rsp/rsp5M_20150702_k_lt_300.7z"]rsp5M_20150702_k_lt_300.abcd[/URL][/B] - (4,064,687) terms) p=400P, k < 300
[B][URL="http://www.primegrid.com/sieving/rsp/rsp6M_20150702_k_lt_300.7z"]rsp6M_20150702_k_lt_300.abcd[/URL][/B] - (4,067,405) terms) p=400P, k < 300
[B][URL="http://www.primegrid.com/sieving/rsp/rsp10M_20000T_k_lt_300.7z"]rsp10M_20000T_k_lt_300.abcd[/URL][/B] - (4,397,959) terms) p=20000T, k < 300
[B][URL="http://www.primegrid.com/sieving/rsp/rsp11M_20000T_k_lt_300.7z"]rsp11M_20000T_k_lt_300.abcd[/URL][/B] - (4,399,348) terms) p=20000T, k < 300
[B][URL="http://www.primegrid.com/sieving/rsp/rsp12M_20000T_k_lt_300.7z"]rsp12M_20000T_k_lt_300.abcd[/URL][/B] - (4,401,000) terms) p=20000T, k < 300[/INDENT]
[B][U]Direct Link:[/U][/B] (if the above links are outdated or don't work)
[INDENT][B][URL="http://www.primegrid.com/sieving/rsp/"]http://www.primegrid.com/sieving/rsp/[/URL][/B][/INDENT]

henryzz 2013-05-31 22:00

What k range is this for?

Kosmaj 2013-05-31 22:22

a <= k < 10000

a=5 in RSP4M, should be a=3 in larger ones (?)

pinhodecarlos 2013-06-01 09:59

4 < k < 10000 and n < 9M

pinhodecarlos 2013-07-09 21:35

New files uploaded current as of 2013-07-08

[URL]http://home.comcast.net/~jimb_primegrid/rsp/[/URL]

Can someone send me the k=5 from [URL="http://home.comcast.net/%7Ejimb_primegrid/rsp/rsp4M_20130708.7z"]rsp4M_20130708.7z[/URL]? I'm having a hard time downloading the 7z file.

pepi37 2013-07-09 23:55

1 Attachment(s)
here it is :)

pinhodecarlos 2013-07-10 00:15

Thank you.

pinhodecarlos 2013-08-20 10:50

New files uploaded current as of 2013-08-19

[URL="http://home.comcast.net/%7Ejimb_primegrid/rsp/"]http://home.comcast.net/~jimb_primegrid/rsp/[/URL]

pinhodecarlos 2013-08-20 12:29

[QUOTE=pinhodecarlos;350210]New files uploaded current as of 2013-08-19

[URL="http://home.comcast.net/%7Ejimb_primegrid/rsp/"]http://home.comcast.net/~jimb_primegrid/rsp/[/URL][/QUOTE]

Just been playing around with these latest sieved files up to ~303P and there´s no difference from 2013-07-08 files until you reach 3950k. I think for the ones already going beyond 4M you can have less candidates to test.
For example for k=5 from 3980-3990 I got less 10 candidates to test but for 3950-3960 only one less candidate. From 3910-3950 number of candidates were equal.
These shows me that for sieved file up to 4M it is already oversieved. They need a month to sieve 10P and 10 candidates can be done in less than 24 hours. PrimeGrid should now be concentrated on sieving the 5M and 6M files up to 400P.

pepi37 2013-08-21 07:58

In "my " range K15 3600-3650 I got 3 candidates less :) or 5 hours less of LLR-ing :)

Lennart 2013-08-21 08:47

:smile:

This is irrelevant data to decide what to sieve !!

The sievefiles covers 5<k<10000 3M<n<6M

Next sievefile covers 5<k<10000 6M<n<9M

I will start 3<k<10000 9M<n<12M soon. I need to start that manually first with srsieve.

k=3 is search to more then 10M thats why it is left out.

Lennart

[QUOTE=pinhodecarlos;350216]Just been playing around with these latest sieved files up to ~303P and there´s no difference from 2013-07-08 files until you reach 3950k. I think for the ones already going beyond 4M you can have less candidates to test.
For example for k=5 from 3980-3990 I got less 10 candidates to test but for 3950-3960 only one less candidate. From 3910-3950 number of candidates were equal.
These shows me that for sieved file up to 4M it is already oversieved. They need a month to sieve 10P and 10 candidates can be done in less than 24 hours. PrimeGrid should now be concentrated on sieving the 5M and 6M files up to 400P.[/QUOTE]


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