20190702, 05:11  #199  
"Seth"
Apr 2019
7·19 Posts 
Quote:
https://github.com/sethtroisi/mfaktc/tree/master mod_simple_96_and_check_big_factor96 doesn't calculate the modulo so it uses a slightly different Proofofwork function (instead producing very large modulos instead of small) https://github.com/sethtroisi/mfaktc...helper.cu#L244 The end result is on TFNF results you get a little extra line like this Code:
M59068201 proof_k(17257705361971287559): 30 bits [TF:60:64:mfaktc 0.21 75bit_mul32_gs] M59068201 proof_k(1759939290551364353): 31 bits [TF:60:64:mfaktc 0.21 75bit_mul32_gs] M59068201 proof_k(1297657372566442343): 31 bits [TF:60:64:mfaktc 0.21 75bit_mul32_gs] M59068201 proof_k(8940824503190951977): 29 bits [TF:60:64:mfaktc 0.21 75bit_mul32_gs] [Mon Jul 1 21:59:54 2019] no factor for M59068201 from 2^60 to 2^64 [mfaktc 0.21 75bit_mul32_gs] 

20200109, 01:29  #200 
"Seth"
Apr 2019
7×19 Posts 
What's the appropriate way to report probable false results?
M14951 has a P1 result with B2=9,887,122,214,540,712 which took an estimated 186,161 GHzDays (I guess this isn't impossible, but seems unlikely given the user doesn't appear on any of the top producer lists are regularly submit factors) 
20200109, 02:48  #201  
Jun 2003
2^{3}×3^{4}×7 Posts 
Quote:


20200109, 04:24  #202  
"Seth"
Apr 2019
133_{10} Posts 
Quote:
https://www.mersenne.org/report_fact...99&tftobits=72 

20200109, 06:38  #203  
Jun 2003
2^{3}×3^{4}×7 Posts 
Quote:
Like I said, this is perfectly normal _if_ GMP ECM was used for stage 2. Unless you have some reason to believe that these are specifically fraudulent (apart from the large B2), I suggest that you make peace with it. 

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