C159_263_107 factored
 

[QUOTE=richs;493395]Taking C159_263_107[/QUOTE]

[CODE]p74 factor: 17718532403422278805205678723055921492894912104125242897775026120508099841
p86 factor: 14661278946182471933826285935752972426649242921934873336002644852400543988111708898853[/CODE]

Approximately 77.5 hours on 2 threads Core i3-2310M with 4 GB memory for a 6.99M matrix at TD = 100. Log attached and log at [URL="https://pastebin.com/A2vKypbK"]https://pastebin.com/A2vKypbK[/URL]

Factors reported to factor database.

Taking C172_480xx101_19

Taking C173_386xx483_19.

Taking C176_628xx943_3.

C159_263_107 factored
 

[QUOTE=richs;494131][CODE]p74 factor: 17718532403422278805205678723055921492894912104125242897775026120508099841
p86 factor: 14661278946182471933826285935752972426649242921934873336002644852400543988111708898853[/CODE]

Approximately 77.5 hours on 2 threads Core i3-2310M with 4 GB memory for a 6.99M matrix at TD = 100. Log attached and log at [URL="https://pastebin.com/A2vKypbK"]https://pastebin.com/A2vKypbK[/URL]

Factors reported to factor database.[/QUOTE]

I should have said TD=70 since TD=100 failed. There were only 90M+ relations to start.

C206_63877469_31 factored
 

[CODE]p78 factor: 279652819924425314520456692065295276529646924386702335162936852430683383734157
p129 factor: 248184287774122394934084945270076274873357315841810071859021585192997730736950178693483731310773536151787659450319742872133494817[/CODE]
169.7M unique relations built a 16.6M matrix using TD=102 (TD=104 failed).
(Note: 5M unique were added locally.)
Solve time about 216 hours. (-t 4)

Log at: [url]https://pastebin.com/Q6rc6NFZ[/url]

[QUOTE=richs;494132]Taking C172_480xx101_19[/QUOTE]

I have run into a problem with the relations file for C172_480xx101_19. There must be one or more really bad relations in the file because msieve reads about 134M relations and then locks up.

Can anyone post a Windows executable of remdups4 (or a link) so I can try to clean up the relations?

Many thanks in advance.

[QUOTE=richs;494493]I have run into a problem with the relations file for C172_480xx101_19. There must be one or more really bad relations in the file because msieve reads about 134M relations and then locks up.

Can anyone post a Windows executable of remdups4 (or a link) so I can try to clean up the relations?

Many thanks in advance.[/QUOTE]

[url]http://www.mersenneforum.org/showpost.php?p=357756&postcount=972[/url]

It’s the 32-bit version but it’s stable and running only takes a few minutes.

[QUOTE=richs;494493]I have run into a problem with the relations file for C172_480xx101_19. There must be one or more really bad relations in the file because msieve reads about 134M relations and then locks up.[/QUOTE]

This is really a 31-bit job. You may not have enough resources to run it. Just a thought.

[QUOTE=RichD;494499]This is really a 31-bit job. You may not have enough resources to run it. Just a thought.[/QUOTE]

Yes, the poly is actually a 31-bit job. It is mislabeled [url=https://escatter11.fullerton.edu/nfs/crunching.php]here[/url].

This job may lock your machine due to memory limitations. But using remdups may allow you to sneak it through, as well as lower target_density. Sounds like a fun experiment.

[QUOTE=swellman;494500]Yes, the poly is actually a 31-bit job. It is mislabeled [url=https://escatter11.fullerton.edu/nfs/crunching.php]here[/url].

This job may lock your machine due to memory limitations. But using remdups may allow you to sneak it through, as well as lower target_density. Sounds like a fun experiment.[/QUOTE]

I took this number thinking it was a 30 bit job based on the listing in NFS@home, but I certainly will check the poly in the future.

I ran remdups (there were about 20% dups and over 5k bad relations) and was able to get to full merge with TD= 70 where my WIndows 10 laptop with 8Gb memory locked up again due to memory limitations. I then tried TD=60 with Windows booted in safe mode. Then made it to LA with an ETA of 550 hours (ugh!) which is now underway (and I will complete).

Bottom line is that I have to stick to real 30 bit jobs in the future.