I'm too late, but I will do a poly search.

Here is a nice poly:

[code]# norm 1.106296e-11 alpha -7.271427 e 2.253e-10
n: 147998406675517406327680061413386342160268805242427078451900343934549131780622905201645576998223639153399654673028891064447
skew: 485466.48
c0: 51078287402579048322668610790368
c1: 178209989762650404547514616
c2: -1029621170702724248978
c3: -1854024731158621
c4: 5152589890
c5: 3000
Y0: -547802417747206906822973
Y1: 11796075364271
[/code]
Best poly I found after searching with msieve on 2 cores for 5 hours.

Who wants to take it?

[QUOTE=jrk;173745]Here is a nice poly:

[code]# norm 1.106296e-11 alpha -7.271427 e 2.253e-10
n: 147998406675517406327680061413386342160268805242427078451900343934549131780622905201645576998223639153399654673028891064447
skew: 485466.48
c0: 51078287402579048322668610790368
c1: 178209989762650404547514616
c2: -1029621170702724248978
c3: -1854024731158621
c4: 5152589890
c5: 3000
Y0: -547802417747206906822973
Y1: 11796075364271
[/code]
Best poly I found after searching with msieve on 2 cores for 5 hours.

Who wants to take it?[/QUOTE]I only had an hour or so to do poly selection (with GGNFS) and started sieving with a poly with e ~2e-010

I currently have about 8M relations. If someone can do it faster, go ahead, otherwise i'll just et it run.

[CODE]factoring 147998406675517406327680061413386342160268805242427078451900343934549131780622905201645576998223639153399654673028891064447 (123 digits)
prp61 factor: 9144862946075842082426787599402608124451702752891743405762217
prp62 factor: 16183775257017394245228171463555101602884842615643067477993191[/CODE]

The next step is running ECM through the workers

Nice split

[code]Run 330 out of 1000:
Using B1=3000000, B2=5706890290, polynomial Dickson(6), sigma=1534096427
Step 1 took 8388ms
Step 2 took 4139ms
********** Factor found in step 2: 896482203787198998938498849596601211787
Found probable prime factor of 39 digits: 896482203787198998938498849596601211787
Probable prime cofactor 2240984839748758315836634658059607959371667936651269953074814607659897346033187 has 79 digits[/code]

Line 2390 has a c111. I did 440 curves @ 3e6 and 57 curves @ 11e6.

[QUOTE=jrk;173844][quote=smh][code]factoring 147998406675517406327680061413386342160268805242427078451900343934549131780622905201645576998223639153399654673028891064447 (123 digits)
prp61 factor: 9144862946075842082426787599402608124451702752891743405762217
prp62 factor: 16183775257017394245228171463555101602884842615643067477993191[/code][/quote]Nice split[/QUOTE]Very nice![quote=jrk][code]Run 330 out of 1000:
Using B1=3000000, B2=5706890290, polynomial Dickson(6), sigma=1534096427
Step 1 took 8388ms
Step 2 took 4139ms
********** Factor found in step 2: 896482203787198998938498849596601211787
Found probable prime factor of 39 digits: 896482203787198998938498849596601211787
Probable prime cofactor 2240984839748758315836634658059607959371667936651269953074814607659897346033187 has 79 digits[/code][/quote]Another very nice split!!

[QUOTE=jrk;173862]Line 2390 has a c111. I did 440 curves @ 3e6 and 57 curves @ 11e6.[/QUOTE]I'll run a few very high level curves.....does someone else want to tackle the NFS if it comes to that? I just had two jobs finish, so my CPUs are open at the moment.

[QUOTE=schickel;173865]....does someone else want to tackle the NFS if it comes to that? [/QUOTE]I'll take it if no one else has started it already.

[QUOTE=smh;173889]I'll take it if no one else has started it already.[/QUOTE]
Sounds good to me.