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#1 |
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Jul 2007
5·7 Posts |
I would like to reserve this range.
I'm installing Ubuntu one one of my pcs (dual boot), so I'll see how mprime goes with this. I should finish pre-factoring the range 1901M-1905M soon, then once I've emailed the results off the George, I'll put the other pc onto this range as well. |
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#2 |
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Jul 2007
1000112 Posts |
I've factored 40% of the range and sent the results off to george.
Mprime doesn't count the factors found automatically, but I counted around 73 factors found. Is mprime the best factoring program for LMH under Linux? For my windows box, I'm using prime95. |
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#3 |
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Jul 2007
Poland
5·31 Posts |
I think so. At least for two reasons: (i) specialized for divisors of M(p) in a form 2kp+1 and equal to +/-1 mod 8; (ii) many parts written with machine language (x86-style processors!). Some known programs (follow links at GIMPS) use different large_integer libraries but only few of them use machine code.
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#4 |
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Jul 2007
5·7 Posts |
Thanks.
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#5 |
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6809 > 6502
"""""""""""""""""""
Aug 2003
101×103 Posts
3×7×17×31 Posts |
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#6 |
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Jul 2007
5·7 Posts |
I've completed the range 73.7M-73.8M and sent the results to George.
I've attached the results file below. |
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#7 |
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Jul 2007
5·7 Posts |
I've completed the range 73.8M-73.9M to 63 Bits and send the results to George.
Results file attached. |
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#8 |
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Jul 2007
438 Posts |
I've completed the range 73.9M-74.0M and sent the results to George.
I Have now completed the range 73.5M-74.0M Below is the results file for 73.9-74.0M |
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