Primegrid/en: Unterschied zwischen den Versionen
Odicin (Diskussion | Beiträge) K (apps pps mega, ap27, gfn15 deleted) |
Odicin (Diskussion | Beiträge) K (apps updated, pps sieve cpu deleted) |
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Zeile 85: | Zeile 85: | ||
|Windows= | |Windows= | ||
Sophie Germain Prime Search (LLR) | Sophie Germain Prime Search (LLR) 9.03 (mt)<br> | ||
Woodall Prime Search (LLR) 9. | Woodall Prime Search (LLR) 9.03 (mt)<br> | ||
Cullen Prime Search (LLR) 9. | Cullen Prime Search (LLR) 9.03 (mt)<br> | ||
321 Prime Search (LLR) 9. | 321 Prime Search (LLR) 9.03 (mt)<br> | ||
Prime Sierpinski Problem (LLR) 9. | Prime Sierpinski Problem (LLR) 9.03 (mt)<br> | ||
PPS LLR 9.03 (mt)<br> | |||
PPS LLR 9. | PPSE LLR 9.03 (mt)<br> | ||
PPSE LLR 9. | Seventeen or Bust 9.03 (mt)<br> | ||
Seventeen or Bust 9. | The Riesel Problem (LLR) 9.03 (mt)<br> | ||
The Riesel Problem (LLR) 9. | Sierpinski/Riesel Base 5 Problem (LLR) 9.50 (mt)<br> | ||
Sierpinski/Riesel Base 5 Problem (LLR) 9. | Extended Sierpinski Problem (LLR) 9.03 (mt)<br> | ||
Extended Sierpinski Problem (LLR) 9. | Generalized Cullen/Woodall (LLR) 9.50 (mt)<br> | ||
Generalized Cullen/Woodall (LLR) 9. | |||
Genefer 16 3.22 (cpuGFN16)<br> | Genefer 16 3.22 (cpuGFN16)<br> | ||
Genefer 17 3.22 (cpuGFN17MEGA)<br> | Genefer 17 3.22 (cpuGFN17MEGA)<br> | ||
Zeile 106: | Zeile 105: | ||
|Linux= | |Linux= | ||
Sophie Germain Prime Search (LLR) | Sophie Germain Prime Search (LLR) 9.03 (mt)<br> | ||
Woodall Prime Search (LLR) 9.01 (mt)<br> | Woodall Prime Search (LLR) 9.01 (mt)<br> | ||
Cullen Prime Search (LLR) 9.01 (mt)<br> | Cullen Prime Search (LLR) 9.01 (mt)<br> | ||
321 Prime Search (LLR) 9.01 (mt)<br> | 321 Prime Search (LLR) 9.01 (mt)<br> | ||
Prime Sierpinski Problem (LLR) 9.01 (mt)<br> | Prime Sierpinski Problem (LLR) 9.01 (mt)<br> | ||
PPS LLR 9.01 (mt)<br> | PPS LLR 9.01 (mt)<br> | ||
PPSE LLR 9.01 (mt)<br> | PPSE LLR 9.01 (mt)<br> | ||
Seventeen or Bust 9.01 (mt)<br> | Seventeen or Bust 9.01 (mt)<br> | ||
The Riesel Problem (LLR) 9.01 (mt)<br> | The Riesel Problem (LLR) 9.01 (mt)<br> | ||
Extended Sierpinski Problem (LLR) 9.01 (mt)<br> | Extended Sierpinski Problem (LLR) 9.01 (mt)<br> | ||
Genefer 16 3.22 (cpuGFN16)<br> | Genefer 16 3.22 (cpuGFN16)<br> | ||
Genefer 17 3.22 (cpuGFN17MEGA)<br> | Genefer 17 3.22 (cpuGFN17MEGA)<br> | ||
Zeile 130: | Zeile 126: | ||
|64bit= | |64bit= | ||
Sophie Germain Prime Search (LLR) | Sophie Germain Prime Search (LLR) 9.03 (mt) [win/linux/mac]<br> | ||
Woodall Prime Search (LLR) 9. | Woodall Prime Search (LLR) 9.03 (mt) [win/linux/mac]<br> | ||
Cullen Prime Search (LLR) 9. | Cullen Prime Search (LLR) 9.03 (mt) [win/linux/mac]<br> | ||
321 Prime Search (LLR) 9. | 321 Prime Search (LLR) 9.03 (mt) [win/linux/mac]<br> | ||
Prime Sierpinski Problem (LLR) 9. | Prime Sierpinski Problem (LLR) 9.03 (mt) [win/linux/mac]<br> | ||
PPS LLR 9.03 (mt) [win/linux/mac]<br> | |||
PPS LLR 9. | PPSE LLR 9.03 (mt) [win/linux/mac]<br> | ||
PPSE LLR 9. | Seventeen or Bust 9.03 (mt) [win/linux/mac]<br> | ||
Seventeen or Bust 9. | The Riesel Problem (LLR) 9.50 (mt) [win/linux/mac]<br> | ||
The Riesel Problem (LLR) 9. | |||
Sierpinski/Riesel Base 5 Problem (LLR) 9.02 (mt) [win/linux/mac]<br> | Sierpinski/Riesel Base 5 Problem (LLR) 9.02 (mt) [win/linux/mac]<br> | ||
Extended Sierpinski Problem (LLR) 9. | Extended Sierpinski Problem (LLR) 9.03 (mt) [win/linux/mac]<br> | ||
Generalized Cullen/Woodall (LLR) 9. | Generalized Cullen/Woodall (LLR) 9.50 (mt) [win/linux/mac]<br> | ||
Genefer 16 3.22 (cpuGFN16) [win/linux/mac]<br> | Genefer 16 3.22 (cpuGFN16) [win/linux/mac]<br> | ||
Genefer 17 3.22 (cpuGFN17MEGA) [win/linux/mac]<br> | Genefer 17 3.22 (cpuGFN17MEGA) [win/linux/mac]<br> | ||
Zeile 173: | Zeile 168: | ||
Cullen/Woodall (Sieve) 2.00 (opencl_nvidia_cwsieve) [win/linux]<br> | Cullen/Woodall (Sieve) 2.00 (opencl_nvidia_cwsieve) [win/linux]<br> | ||
|Intel=Cullen/Woodall (Sieve) 2.00 (opencl_intel_gpu_cwsieve) [win/linux] | |Intel=Cullen/Woodall (Sieve) 2.00 (opencl_intel_gpu_cwsieve) [win/linux] | ||
|Android=no | |Android=no | ||
|RPI=no | |RPI=no |
Version vom 29. November 2023, 13:49 Uhr
PrimeGrid's primary goal is to bring the excitement of prime finding to the "everyday" computer user. By simply downloading and installing BOINC and attaching to the PrimeGrid project, participants can choose from a variety of prime forms to search. With a little patience, you may find a large or even record breaking prime and enter into Largest Known Primes Database as a Titan! PrimeGrid's secondary goal is to provide relevant educational materials about primes. Additionally, we wish to contribute to the field of mathematics. Lastly, primes play a central role in the cryptographic systems which are used for computer security. Through the study of prime numbers it can be shown how much processing is required to crack an encryption code and thus to determine whether current security schemes are sufficiently secure. PrimeGrid is currently running several sub-projects:
Project Staging Area The PSA was created to research, test, and prepare future projects for PrimeGrid BOINC. It has also expanded to include additional projects that will not enter BOINC. While we attempt to do most of the prep work internally, some efforts are so large that we need the assistance of the community. Sieving
There are currently no active sieving projects in the PSA. PRPNet There are currently no active PRPNet projects. Future Projects (planned):
Finished Projects: PRPnet
Primegrid
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