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Difference between revisions of "Riesel Sieve"
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| − | The '''Riesel sieve project (RSP)''' is a [[distributed computing]] | + | The '''Riesel sieve project (RSP)''' is a [[distributed computing]] project. It is now a part of [[PrimeGrid]]. |
==Goal== | ==Goal== | ||
| − | Riesel Sieve is a distributed effort to prove the [[Riesel problem]] (which states that | + | Riesel Sieve is a distributed effort to prove the [[Riesel problem 1|Riesel problem]] (which states that {{Vk}}=509203 is the smallest possible [[Riesel number]]). To do that, they have to find primes for all the remaining k values to prove that they are not Riesel numbers. |
==How to participate== | ==How to participate== | ||
| − | There are two ways of contributing to Riesel Sieve: [[sieving]] and [[ | + | There are two ways of contributing to Riesel Sieve: [[sieving]] and [[LLR]] testing. |
===Sieving=== | ===Sieving=== | ||
| − | To sieve, people reserve ranges on the website and then use [[Mikael Klasson]]s [[proth_sieve]] program. Instructions on how to use proth_sieve can be found on [http://www.geocities. | + | To sieve, people reserve ranges on the website and then use [[Mikael Klasson]]s [[proth_sieve]] program. Instructions on how to use proth_sieve can be found on [http://www.geocities.ws/omboohankvald/proth_sieve.html Omboo Hankvalds guidesites] |
===LLR testing=== | ===LLR testing=== | ||
| − | To perform LLR tests, people use [[LLRNet]] to automatically download tests, test them for primality and upload the results. Instructions on how to use LLRNet can be found on [http://www.geocities. | + | To perform LLR tests, people use [[LLRNet]] to automatically download tests, test them for primality and upload the results. Instructions on how to use LLRNet can be found on [http://www.geocities.ws/omboohankvald/LLRNET.html Omboo Hankvalds guidesites]. |
==Status== | ==Status== | ||
| − | As of 2005-11-22, 74 | + | As of 2005-11-22, 74 {{Vk}} values are left as possible candidates, which need to be eliminated. All 74 are being sieved by Riesel Sieve, but only 69 of them are being LLR tested by Riesel Sieve. The remaining 5 {{Vk}} values are being tested by individuals independent of the Riesel Sieve project. Those values are left over from the time before Riesel Sieve started, when all testing was done independently. As values have been released from testing by individuals, the Riesel Sieve project has taken over testing them. |
==Results== | ==Results== | ||
| − | The sieve ( | + | The sieve ({{Vn}}<50M) reached the optimal sieve zone and it's now suspended. |
==External links== | ==External links== | ||
| − | * | + | *<s>http://www.rieselsieve.com</s> Official page - unavailable |
| − | * | + | *<s>http://www.rieselsieve.com/forum/</s> Official forum - unavailable |
| − | * | + | *<s>http://stats.rieselsieve.com/</s> Official stats - unavailable |
| − | * | + | *<s>http://www.distributedcomputing.info/ap-math.html#rieselsieve</s> distributedcomputing.info entry - unavailable |
| − | * | + | *<s>http://www.prothsearch.com/rieselsearch.html</s> Status including external testing - unavailable |
[[Category:Distributed computing project]] | [[Category:Distributed computing project]] | ||
Latest revision as of 10:29, 26 March 2024
The Riesel sieve project (RSP) is a distributed computing project. It is now a part of PrimeGrid.
Contents
Goal
Riesel Sieve is a distributed effort to prove the Riesel problem (which states that k=509203 is the smallest possible Riesel number). To do that, they have to find primes for all the remaining k values to prove that they are not Riesel numbers.
How to participate
There are two ways of contributing to Riesel Sieve: sieving and LLR testing.
Sieving
To sieve, people reserve ranges on the website and then use Mikael Klassons proth_sieve program. Instructions on how to use proth_sieve can be found on Omboo Hankvalds guidesites
LLR testing
To perform LLR tests, people use LLRNet to automatically download tests, test them for primality and upload the results. Instructions on how to use LLRNet can be found on Omboo Hankvalds guidesites.
Status
As of 2005-11-22, 74 k values are left as possible candidates, which need to be eliminated. All 74 are being sieved by Riesel Sieve, but only 69 of them are being LLR tested by Riesel Sieve. The remaining 5 k values are being tested by individuals independent of the Riesel Sieve project. Those values are left over from the time before Riesel Sieve started, when all testing was done independently. As values have been released from testing by individuals, the Riesel Sieve project has taken over testing them.
Results
The sieve (n<50M) reached the optimal sieve zone and it's now suspended.
External links
http://www.rieselsieve.comOfficial page - unavailablehttp://www.rieselsieve.com/forum/Official forum - unavailablehttp://stats.rieselsieve.com/Official stats - unavailablehttp://www.distributedcomputing.info/ap-math.html#rieselsievedistributedcomputing.info entry - unavailablehttp://www.prothsearch.com/rieselsearch.htmlStatus including external testing - unavailable
