C196_137_66 (14e) factored.
 

[code]
p96 factor: 871619257278218355034876124494146798945316061342680587135889667753221097466894877560654950798423
p100 factor: 1185809070066928298718421456550180692173455080564203277498045670176807247415912671389538218687418759
[/code]

Log: [url]http://pastebin.com/xU5UwQDA[/url]

Reserving C214_138_86 (14e).

C195_134_124 factored (14e)
 

[quote]
prp62 factor: 60315196750954504059285260208994896982230939363837853417634377
prp65 factor: 15175437558765795226732881287915644137201674676684592673923235909
prp69 factor: 678253578070121069344032660879620925516258477179658098896160266972957
[/quote]

Log file attached.

[B]C195_134_124

[URL]http://pastebin.com/z5maXJQw[/URL]


Nice split!
[/B]

P54 (48911...)^5-1 (14e) factored.
 

[code]
p75 factor: 188780142120299115688247967372935097975992008653458124764246749129358719561
p84 factor: 152042602451099862974047702913121901581952849543543844738748840869399827912043120131
[/code]

Log: [url]http://pastebin.com/zyKJpARD[/url]

Reserving C218_127_79 (14e).

C229_128_83 splits as:

[CODE]p65: 42717357720041524747994825645627067662562846418005599896428384683
p165: 209400268524357571769612171631678268405416410666734369122434455480308259133954938845507171973973022431957630677154145175325636648951762016550277568530944904213384849[/CODE]

Pastebin: [url]http://pastebin.com/2aes3N5N[/url]

Matrix was 11.97M with density of 120 (130 failed to build). Total time was ~109.5 hrs.

Taking P54 (47461...)^5-1 (14e).

C203_123_89 (14e) factored
 

[CODE]
Sun Dec 11 16:22:14 2016 p90 factor: 346932542265912502476929058726329033287509391539644710014061733920432682432587234175189489
Sun Dec 11 16:22:14 2016 p113 factor: 49636827064927852606482300994957854842820330446797567573947086347050356045333833956118272297522508928665375059971
[/CODE]

[url]http://pastebin.com/vUGxjgSq[/url]

C214_138_86 (14e) factored.
 

[code]
p51 factor: 641953558725364472928527014677952389812052601165097
p80 factor: 91557257232744028156736505420170719826241661475575297599555983540413827710435909
p83 factor: 99742797897458374140493259265635337370534009049739275462338013238727186497606997429
[/code]

Log: [url]http://pastebin.com/x8QFeW5f[/url]

C227_134_112 (14e) factored.
 

[code]
Sun Dec 11 13:17:18 2016 p56 factor: 33504156345491933402024734871644498790384005508268402133
Sun Dec 11 13:17:19 2016 p63 factor: 160765102940505322392599728888522635703171206949247230114117961
Sun Dec 11 13:17:19 2016 p110 factor: 17059803026950357201690418838426700399855071868841443943603179366987605028506804483603532709102878459318287301
[/code]

Log: [url]http://pastebin.com/x5X8sMHX[/url]

Reserving C262_129_110; I think I signed myself up for it on the nfs@home site without mentioning it here.

ETA is 21st December. 17.2M density-150 matrix, memory use 9.81GB

C189_133_78 done
 

[code]
Mon Dec 12 13:37:04 2016 p88 factor: 2122570297467889631013215873816513368787697436825043765036876600613974116173869775038797
Mon Dec 12 13:37:04 2016 p101 factor: 73349795354398806089541923006179629494808216920188173909167083681942175256947781576660703042102152217
[/code]

138.1 hours for 15.48M density-130 matrix on 7 threads E5-2650v2. Log attached and at [url]http://pastebin.com/npESrFwB[/url]

Reserving P55 (20308...)^5-1 (14e).

C218_127_79 (14e) factored.
 

[code]
p71 factor: 12915523630247269103927447481228662717197181384252814922461404163436091
p148 factor: 1594410988863823454338269716229024917956071684080034566705686820904274487674089304883717338503665094827369763695350342582851912206748156756227452967
[/code]

Log: [url]http://pastebin.com/DUF8CkHi[/url]

P54 (47461...)^5-1 (14e) factored
 

[CODE]
Tue Dec 13 04:08:10 2016 p72 factor: 112379656472860474829042792057678915308475337464030582028755921615469511
Tue Dec 13 04:08:10 2016 p115 factor: 2776261690024410744606696476370866157469820399719758452885204263992743689158894137126897862705135949329609978054931
[/CODE]

[url]http://pastebin.com/DgQTvrRW[/url]

[QUOTE=Dubslow;448473]I will do C228_128_77[/QUOTE]

[code]reading relations for dependency 2
read 6916337 cycles
cycles contain 18775060 unique relations
read 18775060 relations
multiplying 18775060 relations
multiply complete, coefficients have about 493.34 million bits
initial square root is modulo 711470407
sqrtTime: 3678
p108 factor: 275351601273363692661563246441098572578071502249578588602920558162453323717470217169698578433134732605281801
p120 factor: 624799741129039210739442043109717315352552797674314436240446793520913364670877643306021646003929954274413184737808398579
elapsed time 01:01:19[/code]

The matrix was paused for many hours over the days I took to complete this, being a personal computer; the elapsed time is *not* representative of the computing required. I really should remember to [c]time[/c] these things. The log will show me forgetting the correct options to use. Fortunately, no computations needed to be rerun due to that.

[url]http://pastebin.com/S36zTnzC[/url]

Reserving P55 (73548...)^5-1 (14e).

Releasing C192_124_97 since it is too large for my laptop.

126^125+125^126
 

Hi guys, it's been a long time... I'll run the post-processing of 126^125+125^126,
nothing like an SNFS(268) to put me back on track, can you reserve it for me please?

[b]fivemack[/b]: OK, reserved. Please say if you want more sieving done, I think it's a bit marginal at present. Also could you PM me your actual name?

[QUOTE=pinhodecarlos;449084]Releasing C192_124_97 since it is too large for my laptop.[/QUOTE]

Carlos - I will attempt to run this job. According to the log file you posted it made it into LA - why did you abort the factorization? 3 weeks ETA is not uncommon for a 32-bit job, at least with my hardware (laptop). Just curious.

P55_20308_5_m1 (14e) factored.
 

[code]
p51 factor: 495881258815966081109896556563277872308771283677761
p134 factor: 18331607494065831884639826929653316715180053354092995348419257738869388006471295008168285306441934651728099345426694181620817525156811
[/code]

Log: [url]http://pastebin.com/cjW98gin[/url]

[QUOTE=swellman;449106]Carlos - I will attempt to run this job. According to the log file you posted it made it into LA - why did you abort the factorization? 3 weeks ETA is not uncommon for a 32-bit job, at least with my hardware (laptop). Just curious.[/QUOTE]

I've aborted due to its high memory demand and second for me 20 days is a lot on this laptop.

C239_140_53 completed - 118 hours for 11M marix (TD=130).

[CODE]prp96 factor: 158723299451554790534829740834388933467928997965733485303303790582966263962785531529214286188031
prp144 factor: 138746040009073898496862832388055905151301555728726990448954489850717851260841648852338275702658938622363720437838156893444660327238373379317983[/CODE]

[url]http://pastebin.com/eFuLb1iQ[/url]

P55 (73548...)^5-1 (14e) factored.
 

[code]
p77 factor: 73415187042599862423773541765853709222107566513004388715662449963133973004211
p100 factor: 4191792539708561420319153000963369912676974260525187172117136032269925406117888243411060460439781291
[/code]

Log: [url]http://pastebin.com/CRSM7ewN[/url]

C194_142_70 factored
 

Restart after power outage guessing.

266 hours for a 17.65M matrix (-t 4) using TD=152.
[CODE]p62 factor: 82117218609042904303467118037216524743873741563454815524764361
p132 factor: 286333969941087996070054594580094393586006714090134216002474122441766015228138950022357064268929578357247522760070734928087218390693[/CODE]

[B][SIZE=2]C194_142_70[/SIZE][/B]

[url]http://pastebin.com/SvXfm9Wh[/url]

Taking 5+2_377 (14e) next when ready.

[QUOTE=pinhodecarlos;449084]Releasing C192_124_97 since it is too large for my laptop.[/QUOTE]

Carlos - did you encounter a lot of bad relations (-1 errors) when filtering this file? I got so many that msieve crashed with a modsqrt_1 failed error message.

Your log file looks truncated for legibility, did you happen to notice bunches of bad relations? The download seemed to go smoothly but I can try again if you had no problems in filtering.

C257_128_111 done (enqueued 21 October)
 

[code]
Thu Dec 15 04:33:44 2016 p97 factor: 4174775943955974981410490919553071700621446070200356820761620245590277865075177304205594116966193
Thu Dec 15 04:33:44 2016 p160 factor: 2719421231622492998080300005318020255839568439208725080848705633499182660012555622965571365904753296701142572614515340653013586544204520811028036505011592719987
[/code]

About 276.1 hours for 22.7M matrix on six threads i7/4930K. Log attached and at [url]http://pastebin.com/G2AZCedj[/url]

[QUOTE=swellman;449181]Carlos - did you encounter a lot of bad relations (-1 errors) when filtering this file? I got so many that msieve crashed with a modsqrt_1 failed error message.

Your log file looks truncated for legibility, did you happen to notice bunches of bad relations? The download seemed to go smoothly but I can try again if you had no problems in filtering.[/QUOTE]

Hi Sean, yes, log file is truncated due to high level of bad relations errors but managed to build matrix.
Can't share with you the files since they were deleted from hard drive, sorry about that.

Carlos

[QUOTE=pinhodecarlos;449232]Hi Sean, yes, log file is truncated due to high level of bad relations errors but managed to build matrix.
Can't share with you the files since they were deleted from hard drive, sorry about that.

Carlos[/QUOTE]

In that case I must retract my reservation for C192_124_97. The data file has big chunks of bad relations and I don't have the tools to trim so large a file. Sorry.

[QUOTE=swellman;449255]In that case I must retract my reservation for C192_124_97. The data file has big chunks of bad relations and I don't have the tools to trim so large a file. Sorry.[/QUOTE]
Try downloading the _fixed file.

[QUOTE=frmky;449259]Try downloading the _fixed file.[/QUOTE]

Alright I will download and attempt postprocessing tomorrow. Many thanks!

Greg has sent me login details to download relations. :)

Reserving 13*2^905-1 and 13*2^784-1 when-ready, the numbers I submitted to the queue. Once I (re)learn how to invoke msieve independently of factmsieve to solve these matrices, I'll begin postprocessing other numbers in the 15e queue. I have a 6-core i7 with 16GB, should be sufficient for the smaller end of 15e.

-Mike Curtis

[QUOTE=VBCurtis;449327]
[...] Once I (re)learn how to invoke msieve independently of factmsieve to solve these matrices, [...]
-Mike Curtis[/QUOTE]

Filtering (attempt):
msieve -v -s N.dat.gz -l N.log -i N.ini -nf N.fb -nc1 target_density=128
(if it fails retry with lower target_density)
LA:
msieve -v -s N.dat.gz -l N.log -i N.ini -nf N.fb -nc2
Square root:
msieve -v -s N.dat.gz -l N.log -i N.ini -nf N.fb -nc3

You can use "-nc2 -nc3" to perform both LA and sqrt in one go,
you need a zlib enabled msieve.

C192_124_97 now in LA
 

[QUOTE=frmky;449259]Try downloading the _fixed file.[/QUOTE]

Thanks - that did the trick! C192_124_97 is in LA, factors expected in mid-Jan.

C277_150_122 done (started 30 August)
 

[code]
Sun Dec 18 00:15:52 2016 p137 factor: 10276300014752571207634127666180637127681564574820211098688741613194586289883774621380071273948963024951944993090233813189055758986577229
Sun Dec 18 00:15:52 2016 p141 factor: 164618392042510310957444389617461619861959154691477308017102456641002458904398119172387609216829894636133909505844423831104930904025983467389
[/code]

Quite a large job; 393.4 hours for 24.54M matrix on 6 threads i7/5820K. Log attached and at [url]http://pastebin.com/UT70p4Uf[/url]

[B]fivemack[/B], nice split! :smile:

Reserving 3366:i2157

My laptop cooling pad died and I don't intend to buy a new one this year therefore I need to unreserve 5+2_377. Once again I apologise. Trying my best to help the project but I'm really being unlucky.

I'll take C248_132_89 next.

3366:i2057 completed - 18 hours for 4.7M matrix (TD=130).

[CODE]prp64 factor: 2892422998089827310948580254430878309183349069214974849677341333
prp98 factor: 24559360092571693324561895844808560143687563739084979570151935409815306551998081381563203224216331
[/CODE][URL]http://pastebin.com/fejAevpy[/URL]

(rolls up sleeves)

I'll take C197_141_86

[QUOTE=RichD;449590]I'll take C248_132_89 next.[/QUOTE]

70M dups. Matrix built at TD=120 (124 failed).
188 hours for a 14.5M matrix. ETA mid next week.

Reserving 5+2_377 (14e).

5+2_406 done
 

[code]
Tue Dec 20 20:57:09 2016 p80 factor: 24266803436460654890957609552633028323702371694435216108897929345398392536462349
Tue Dec 20 20:57:09 2016 p108 factor: 106524245409422697403221200185066197281420479601196032133740728484858542495855038280023594779334376338568169
[/code]

35.7 hours on 6 threads i7/4930K for 8.94M matrix at density 120

Log at [url]http://pastebin.com/KM678GNB[/url] and attached

Reserving 5+3_406 (14e).

C260_126_125
 

[URL="http://www.factordb.com/index.php?id=1000000000044744150"]126^125+125^126[/URL] is factored.
[CODE]Wed Dec 21 08:21:53 2016 p72 factor: 903005800501979075091663476538494701082830832259321926450394960986274137
Wed Dec 21 08:21:53 2016 p188 factor: 36448798779564014072835807007097755862931337852559798299192204957241030733854182144972691818712825796783207158189936809162582411741344342593275137340590306107282351839762764152618314159067
[/CODE]
LA took ~142.3h for a 15.6e6 matrix using 2x 6 threads on Dual Xeon E5-2620@2.0GHz.
Log attached and at [URL]http://pastebin.com/3qFra0bn[/URL]

Reserving 5+4_406

C262_129_110 done
 

[code]
Wed Dec 21 02:33:58 2016 p67 factor: 8314314075656211374067621050936123558904254463338356486476888889759
Wed Dec 21 02:33:58 2016 p87 factor: 510597238203887871813707338499030917348451746619769335074338063413477290361718501589607
Wed Dec 21 02:33:58 2016 p108 factor: 725259037389199378385080852894470971793811012440455681621679820679972872058656681902537311862030717465743087
[/code]

About 169 hours for 17.17M density-150 matrix on 7 cores E5-2650v2

Log attached and at [url]http://pastebin.com/uUZhCyyg[/url] - it's a bit long because I filtered four times to determine that density=160 didn't work and density=150 did.

(rolls sleeves back down again)

I'm afraid C197_141_86 may be one for Greg:

[code]
Wed Dec 21 04:52:36 2016 weight of 44287911 cycles is about 5669689759 (128.02/cycle)
[/code]

and the matrix-preparation process is using 20G on a 32G machine that I want to be able also to do software development on.

Returning that one to the pool - if Greg doesn't decide to do it, I can stick it on my 64G 48xK10 machine for a couple of months in the New Year. Taking C259_130_107 instead.

... that's odd, when I delete my name from the 'postprocessor' field and update, it comes back. I can change it, but not to nothing.

[QUOTE=fivemack;449663](rolls sleeves back down again)

I'm afraid C197_141_86 may be one for Greg:

[code]
Wed Dec 21 04:52:36 2016 weight of 44287911 cycles is about 5669689759 (128.02/cycle)
[/code]

and the matrix-preparation process is using 20G on a 32G machine that I want to be able also to do software development on.

Returning that one to the pool - if Greg doesn't decide to do it, I can stick it on my 64G 48xK10 machine for a couple of months in the New Year. Taking C259_130_107 instead.
[/QUOTE]

Might some extra sieving make the filtering/LA easier? Looks like you're already trying that...

[QUOTE=fivemack;449663]
... that's odd, when I delete my name from the 'postprocessor' field and update, it comes back. I can change it, but not to nothing.[/QUOTE]
See the directions at the top of the management page.

C202_140_102
 

I'll take care of C202_140_102 next.

18041^53-1
 

You know what, let me have 18041^53 - 1 too :)

Reserving 21491^53 (14e).

5+2_377 (14e) factored.
 

[code]
p70 factor: 2039457381098010116115404510035359677843450014041559549321400936336051
p120 factor: 173859824173261385311752044736302094695340846428362190806876408753231025229250655805165998266450190029606359916164209809
[/code]

Log: [url]http://pastebin.com/SRzHijwr[/url]

[QUOTE=pinhodecarlos;449718]Reserving 21491^53 (14e).[/QUOTE]

LA is underway

5+4_406 done
 

[code]
p60 factor: 246582342114250863878917823665826072835409586154486106426613
p73 factor: 1796263720794672272152554661287830756012384992085990736226566563085971801
p87 factor: 106039785634926691564097985972313648768017826977970053441743984240776000259349751632853
[/code]

33.9 hours for 8.87M density-120 matrix on 6 cores i7/5820K.

Log attached and at [url]http://pastebin.com/Vap0c2ew[/url]

5+3_406 (14e) factored.
 

[code]
p55 factor: 1194395077085964788494978597738047632458913220643807849
p132 factor: 434585526334057310436331928693419304733591741183246740884395729778338182615413182534814102855393042746937161562906495915925198931341
[/code]

Log: [url]http://pastebin.com/EpAj6aDh[/url]

21491^53-1 factored (14e)
 

[CODE]
Fri Dec 23 17:53:53 2016 p62 factor: 29227772570321629646176971440669887668332356527387960499416739
Fri Dec 23 17:53:53 2016 p153 factor: 249843924090368322850279806715231199690275812415514252988329925386722264364259322674234778365159130405228628324632906821000952861477216086988398182514047
[/CODE]

[url]http://pastebin.com/Y75hu3SR[/url]

Taking C208_127_84 (14e) next.

18041,53-
 

[URL="http://www.factordb.com/index.php?id=1100000000126627483"]18041^53-1[/URL] is factored.
[CODE]Sat Dec 24 09:12:22 2016 p72 factor: 156195111724228458329831849246860537292898668511800028282929975991643331
Sat Dec 24 09:12:22 2016 p121 factor: 4213069644260127797738682080707220667997393729534757305139087856657646030380399879220352592985508012831217275660718865919
[/CODE]

LA took ~15h on 4x Intel Xeon E5-2670v2 for a 5.83e6 matrix.
Log attached and at [URL]http://pastebin.com/wMkdFVr4[/URL].

Trying to postprocess 13*2^784-1, my first contribution to this effort.

I have the fb and ini files correctly downloaded and named, but the relations .gz file is unopenable by either msieve or archive manager (I tried unpacking in linux, and directing msieve to the .gz with -s, as well as naming it msieve.dat.gz and hoping msieve found it). When none of these worked, I tried downloading the .gz rels file again, same failures.

Do I have to wait for all relations to come in before downloading the .gz relations file? Am I missing something on my end?

You don't have to wait. I don't have msieve with ZLIB so I have to manually unzip the file. Have you tried?
[CODE]gunzip msieve.dat.gz[/CODE]

After unpacking the file move the original file to other folder and try running msieve.

I use 7zip for all the msieve downloads with no problems.

[QUOTE=RichD;449885]You don't have to wait. I don't have msieve with ZLIB so I have to manually unzip the file. Have you tried?
[CODE]gunzip msieve.dat.gz[/CODE][/QUOTE]

Thanks Rich! This worked perfectly. Not sure why the built-in-to-GUI archive manager failed; perhaps file size too big. Filtering now.

[QUOTE=VBCurtis;449891]Thanks Rich! This worked perfectly. Not sure why the built-in-to-GUI archive manager failed; perhaps file size too big. Filtering now.[/QUOTE]

Is LA running Curtis?

Yes, it's complete. Took 22 hours for 6.8M matrix at TD=130. Unfortunately, I killed X by installing a second GPU, and haven't gotten X back up yet, so the factors are stuck on the machine temporarily. I should have it fixed Monday or Tuesday. I ran msieve in the console.

I ran about 1.3t50 of ECM, and I'm sad to say it had a p52 factor.

That's a pity Curtis.

In the meantime C208_127_84 LA is underway, just hope the factors come in before I leave to Cambdrige, on Wednesday morning, otherwise I'll post the factors this Friday afternoon.

[QUOTE=VBCurtis;449930]Yes, it's complete. Took 22 hours for 6.8M matrix at TD=130. Unfortunately, I killed X by installing a second GPU, and haven't gotten X back up yet, so the factors are stuck on the machine temporarily. I should have it fixed Monday or Tuesday. I ran msieve in the console.

I ran about 1.3t50 of ECM, and I'm sad to say it had a p52 factor.[/QUOTE]

Can't get to a console and [c]tail msieve.log[/c]?

Do you mean this p52 is for the one you did linalg for..?

Yes, the p52 is from the LA for 13*2^784-1. Yes, I can tail, or any other console command, but I've no way to get the log (or the screen output) to another machine until I get X back up. I don't have it set up to accept ssh connections, and would rather spend time fixing X than figuring out how to transfer a file from a console shell.

C248_132_89 factored
 

162 hours to solve a 15.66M matrix, -t 4, TD=120. (TD=124 failed)
[CODE]p107 factor: 66306695557313140049874237812099824092143104068796597405489471225486552252501661749058962921303529911190459
p141 factor: 300338650937306889791783385695010556994174491037184281645334453473675578174559072167694740059558885183445705871042812524682267057654085081617[/CODE]

C208_127_84 (14e) factored
 

[CODE]
Wed Dec 28 07:26:08 2016 p57 factor: 152399634435317152624511279321449057813195634735732566019
Wed Dec 28 07:26:08 2016 p152 factor: 38708956448686594595959450337996817935935767438934801816439101708794973824970666169191293576533368651161201966628877043795085850377793755421196444816533
[/CODE]

[url]http://pastebin.com/NnuwJKaM[/url]

[QUOTE=VBCurtis;449930]Yes, it's complete. Took 22 hours for 6.8M matrix at TD=130. Unfortunately, I killed X by installing a second GPU, and haven't gotten X back up yet, so the factors are stuck on the machine temporarily. I should have it fixed Monday or Tuesday. I ran msieve in the console.

I ran about 1.3t50 of ECM, and I'm sad to say it had a p52 factor.[/QUOTE]
My records indicate 1.6t50 rather than 1.3, which makes the missed p52 more disappointing...

[code]prp52 factor: 3145095025048136688399558951107897016606343957919549
prp173 factor: 36214140129622755877783809369020064295424202666405688407097733248217469988148883021561162411968716554600845342451810800220434283522628163961120199187500619266122659758926319[/code]
Log attached.

145^72+72^145 cofactor
 

post-processing of C186_145_72, can I have it please?

[QUOTE=YuL;450118]post-processing of C186_145_72, can I have it please?[/QUOTE]

Yes. Note that this number is a little light on sieving. Let us know if you have trouble building a matrix, or if it seems like it'll take a ridiculously long time to do the LA, and we can schedule some more sieving.

145^72+72^145
 

[QUOTE=jyb;450144]Yes. Note that this number is a little light on sieving. Let us know if you have trouble building a matrix, or if it seems like it'll take a ridiculously long time to do the LA, and we can schedule some more sieving.[/QUOTE]

Thanks. It goes like this:
- using 428,484,349 relations filtering fails to produce a matrix at td=128
- using 429,259,244 relations filtering produces a matrix at td=124 but, using 8 threads
on Intel Xeon E5-2670 v2, I get
[CODE]Fri Dec 30 10:34:41 2016 matrix is 20341268 x 20341445 (9856.9 MB) with weight 2823469472 (138.80/col)
....
Fri Dec 30 10:49:26 2016 linear algebra at 0.0%, ETA 384h22m
[/CODE]A 20.3e6 matrix is something I can deal with in about 9 days using my dual
Xeon E5-2620 but the machine is not available right now as it is processing
another number.
So I accept your offer, more sieving would be fine, however I don't know how much
maybe we could target 460M relations?

140^102+102^140
 

[URL="http://www.factordb.com/index.php?id=1000000000044721164"]140^102+102^140[/URL] is factored.
[CODE]Fri Dec 30 19:18:24 2016 p88 factor: 5236885736175344657979189161954845468604525570026059760418174841505174327885279887194933
Fri Dec 30 19:18:24 2016 p114 factor: 746752808602566693088993278211748937123052981075355102673810032843016014746259637091529045306283469018833245739749
[/CODE]
LA for a 9.64e6 matrix took about 48h using 6 threads on Intel Xeon E5-1650 v3 @3.5GHz
Log attached and at [URL]http://pastebin.com/YCRd9J8Z[/URL]

I'll take 11040:i9973 next. (14e)

Ouch, it's already in LA

[QUOTE=unconnected;450258]Ouch, it's already in LA[/QUOTE]

Should I cancel mine? ETA is 11 hours.

Edit: I've cancelled my LA. Next time please make here the reservation.

I'll take C198_148_78 next.

790579404481^19-1 (14e)
 

Taking 790579404481^19 - 1 next.

C259_130_107 done
 

[code]
Sat Dec 31 19:18:01 2016 p58 factor: 3999839297961516973317455300067207441662829853214358324637
Sat Dec 31 19:18:01 2016 p202 factor: 2184748487161725640798422980748771429822254009453373549062578802613904737641583445525737016474715535173657240054375802600333601842873750603880590407075116125479095685373833571716283050687825303328017071
[/code]

193.0 hours on 7 threads E5-2650v2 for a 19.57M density-128 matrix (not enough relations for density-144).

Log attached and at [url]http://pastebin.com/Fa3xrTnv[/url]

Taking C231_127_88b; ETA Monday morning

Taking C216_121_113; ETA Tuesday morning

11040:i9973 completed - 10 hours for 4M matrix (TD=130)

[CODE]prp66 factor: 794067434162286129298969016767283472731935734287982241957941377599
prp93 factor: 118837891095006449575856866551492936053206082909824311398957538655741791703584662560286270663
[/CODE]

[url]http://pastebin.com/b4WuyW6x[/url]

I will have another bash at C197_141_86; at worst there should be factors by Easter

(ETA is 16 March)

Taking P54 (50345...)^5-1 (14e).

C198_148_78 factored
 

56 hours to solve a 9.1M matrix, -t 4, TD=124. (TD=132 failed)
[CODE]p53 factor: 22591298949378006823566384919876555383552137433343817
p145 factor: 6779471708533716608120035270269019169044853217066964681459949481433344430747163609533102787188004782949307839767731660708795650123824452649591357[/CODE]

P54 (50345...)^5-1 (14e) factored
 

[CODE]
Sat Jan 7 15:08:56 2017 p82 factor: 8240996941807723806546655923391438264289246416662003635425401004049357936114522021
Sat Jan 7 15:08:56 2017 p131 factor: 27742200979830405810270694821131999059742206191879798898371966770365339651338615355018883151752145882242173412079294133109024443921
[/CODE]

[url]http://pastebin.com/VARz5Ny7[/url]

Taking P54 (50195...)^5-1 (14e) next.

P54 (50195...)^5-1 (14e) factored
 

[QUOTE=pinhodecarlos;450638]Taking P54 (50195...)^5-1 (14e) next.[/QUOTE]

[CODE]
Sun Jan 8 19:04:43 2017 p79 factor: 1022281422689992879509270502834392817364514711004096950767384960563259898383971
Sun Jan 8 19:04:43 2017 p131 factor: 15517241466390119939917792996967665620242979363002608757405312700563654812162415843206522725786001111345526497199998574878294938731
[/CODE]

[url]http://pastebin.com/sAi6PkGK[/url]

Reserving 842592:i8053

C231_127_88 done
 

[code]
Fri Jan 6 22:12:35 2017 p103 factor: 2341916127296614682617677472737267991996426285121344648382190752064524651936392584066839886895383268501
Fri Jan 6 22:12:35 2017 p128 factor: 48590578055425850890238812302588561760234887936185210957690121064553493889841287388916183939717873298422293698626505643558485657
[/code]

58.6 hours for 11.13M matrix at density 128 on 7 threads E5-2650v2

Log attached and at [url]http://pastebin.com/z2mVw0ZC[/url]

790579404481^19-1 (14e)
 

[URL="http://www.factordb.com/index.php?id=1100000000127833802"]790579404481^19-1[/URL] is factored.
[CODE]Tue Jan 10 04:36:19 2017 p69 factor: 138100896116819629849944245853438918470694382957147516658210239281491
Tue Jan 10 04:36:19 2017 p124 factor: 4493782898323296488018836814311829247638408958726387315280821107172491618001128995299468382228581001673511689017351300948901
[/CODE]Linear algebra on 15.57e6 matrix took 82h using 6 threads on Core i7-5820K (td=128).
Log attached and at [URL]http://pastebin.com/4qpQajmR[/URL].