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Detailed status of lasievef_small NFS@Home currently is sieving the following numbers using the lasievef_small app. When you participate in NFS@Home, work for one or more of these numbers will be assigned to your computer. The parameters defining the number will be downloaded to your computer, and the computed 'relations' needed for the post processing step will be uploaded to the main server. This happens automatically; you don't have to do anything. See the bottom of the page for the meaning of each column.

Now sieving

These numbers are being distributed to the clients right now. You can notice them because the workunits you get starts with these names.

#NameProjectTypeBitsQ rangePushedUnsentPendingReceivedRelationsEst. Pending RelsPost processing / Comments
1 3_10_300m1Near-repdigitSNFS(300)35100-430 M100 %04493295501,756,792,5332,398,897Forum Project & G Childers
2 C205_140_93XYYXFSNFS(275)3360-345 M34.74 %9331183386192259,753,00435,820,310
3 9m5_655MHomogeneous_CunninghamSNFS(250)34100-230 M6.92 %10060799451,678,9270

Total size of result files: 138.13 GB


These numbers are planned, they are currently reviewed or waiting for space on the server disk, and will soon be processed.

#NameProjectTypeBitsPost processing / Comments
1 4129_79mOddPerfectSNFS(285)33
2 F2307FibonacciGNFS(202)33

Queued for post processing

These numbers have been successfully sieved, and are waiting for someone to post process them. We're still receiving pending results, but no work is generated because we have sufficient relations.

#NameProjectTypeBitsQ rangePushedUnsentPendingReceivedRelationsEst. Pending RelsPost processing / Comments
1 17884211_37m1OddPerfectSNFS(268)3330-205 M0.57 %0056310,7645,238,593

Total size of MANAGED pending files: 0.01 GB

Post processing

These numbers have been successfully sieved, and are being post processed

#NameProjectTypeBitsPost processing / Comments
1 911_97m1OddPerfectSNFS(287)33Oliver Kruse


These numbers have been successfully factored

#NameProjectTypeBitsPost processing / Comments
1 C191_M61_k32kostaGNFS(191)32Sean Wellman: p84 * p107
2 Lucas(1510) aim for 360MrelsLucasSNFS(252.46)32Tom Womack: p93 * p112
3 3p2_1578MHomogeneous_CunninghamSNFS(251(quartic))32Jon Becker: p87 * p112
4 C196_3366_2224AliquotGNFS(196)33Mike Curtis: p71 * p125
5 8p3_834LHomogeneous_CunninghamSNFS(251.06 (quartic))32Jon Becker: p64 * p152
6 Lucas(2995) aurifeuillian A, target 360M relsLucasSNFS(250.37)32Tom Womack: p70 * p142
7 C235_131_106XYYXFSNFS(267.34)31Sean Wellman: p110 *p125
8 8p3_834MHomogeneous_CunninghamSNFS(251 (quartic))32Jon Becker: p84 *p137
9 C213_M31_k58kostaSNFS(279.96)33Sean Wellman: p88 * p125
10 Lucas(2250)LucasSNFS (quartic)(250.44)32Serge Batalov: p103 * p122
11 8p3_930MHomogeneous_CunninghamSNFS(224 (octic))31Sergey Batalov: p88 * p100
12 3p2_1758LHomogeneous_CunninghamGNFS(190)31Jon Becker: p65 * p125
13 C201_3366_2226AliquotGNFS(201)33Greg Childers: p84 * p118
14 6p5_1110L_bHomogeneous_CunninghamSNFS(233 (octic))32Jon Becker: p67 * p119
15 C191_4788_12590AliquotGNFS(191)31Sean Wellman: p74 * p117
16 Fibonacci(1409)FibonacciSNFS(294.1)33Sergey Batalov: p64 * p161
17 C202_147_116XYYXFGNFS(202)33Sean Wellman: p71 * p132
18 C201_3366_2233AliquotGNFS(201)33Greg Childers: p74 * p127
19 8m3_341Homogeneous_CunninghamGNFS(193)32Greg Childers: p66 * p127
20 C202_3408_1693AliquotGNFS(202)33Greg Childers: p78 * p125
21 3p2_1890LHomogeneous_CunninghamGNFS(193)32Greg Childers: p62 * p129
22 8p3_326Homogeneous_CunninghamGNFS(193)32Sean Wellman: p68 * p125
23 71111_329Near-repdigitGNFS(208)34Greg Childers: p88 * p120
24 2_2862LCunninghamSNFS(287)32Sergey Batalov: p96 * p187
25 C237_139_126XYYXFSNFS(291)33 Sergey Batalov: p74 * p163
26 C284_135_127XYYXFSNFS(284)33Greg Childers: p131 * p153
27 2_2622LCunninghamSNFS(263 (octic))34Sergey Batalov: p104 * p126
28 C203_145_119XYYXFGNFS(203)33Greg Childers: p92 * p111
29 2_2822MCunninghamGNFS(202)33Greg Childers: p101 * p102
30 6p5_1230LHomogeneous_CunninghamSNFS(255 (octic))34Greg Childers: p97 * p147
31 C255_142_79XYYXFSNFS(273)32Greg Childers: p96 * p159
32 C250_129_118XYYXFSNFS(267)32Greg Childers: p92 * p159
33 2_2694MCunninghamGNFS(204)33Greg Childers: p96 * p108
34 2_1467mCunninghamSNFS(294)33Greg Childers: p96 * p133
35 2_2694LCunninghamGNFS(204)33Greg Childers: p69 * p136
36 C214_139_87XYYXFSNFS(271)32Greg Childers: p76 * p138
37 C227_129_124XYYXFSNFS(272)33Greg Childers: p83 * p144
38 2_1473pCunninghamSNFS(296)33Greg Childers: p104 * p157
39 125642407351_23m1OddPerfectSNFS(266)33Greg Childers: p64 * p176
40 C203_147_104XYYXFGNFS(203)33Greg Childers: p87 * p117
41 11p10_284Homogeneous_CunninghamGNFS(196)33Greg Childers: p67 * p130
42 13_2_940m1Near-CunninghamSNFS(284)33Mike Curtis: p94 * p113
43 C230_149_69XYYXFSNFS(275)33Greg Childers: p110 * p120
44 L1382LucasSNFS(289)32Greg Childers: p78 * p158
45 12m7_945MHomogeneous_CunninghamGNFS(197)33Greg Childers: p91 * p107
46 7823^71-1OddPerfectSNFS(280)33Greg Childers: p123 * p150
47 822__457^17-1OddPerfectSNFS(255 (octic))34Oliver Kruse: p121 * p134
48 L1636LucasGNFS(196)33Oliver Kruse: p78 * p118
49 8p7_341Homogeneous_CunninghamSNFS(280 (quintic))33Greg Childers: p83 * p163
50 3_1791LCunninghamSNFS(285)32Sergey Batalov: p63 * p152
51 L1403LucasSNFS(293)33Greg Childers: p111 * p115
52 131__897_5m1OddPerfectSNFS(253 (quartic))34Oliver Kruse: p112 * p139
53 6_545pCunninghamGNFS(197)33Greg Childers: p95 * p103
54 11m5_277Homogeneous_CunninghamGNFS(199)33Oliver Kruse: p75 * p125
55 6_1098MCunninghamSNFS(285)32Oliver Kruse: p116 * p160
56 3p2_1866MHomogeneous_CunninghamGNFS(197)33Greg Childers: p88 * p110
57 C204_147_118XYYXFGNFS(204)34Greg Childers: p90 * p114
58 6_505mCunninghamGNFS(202)33Sergey Batalov: p90 * p112
59 11p4_292Homogeneous_CunninghamGNFS(198)33Greg Childers: p72 * p127
60 C213_141_113bXYYXFSNFS(289 (quintic))35Greg Childers: p87 * p127
61 6_1002MCunninghamSNFS(260 (quartic))34Sergey Batalov: p83 * p131
62 9m2_323Homogeneous_CunninghamGNFS(199)33Greg Childers: p95 * p105
63 13_2_947m1Near-CunninghamSNFS(286)34Mike Curtis: p72 * p185
64 5p2_910LHomogeneous_CunninghamSNFS(254 (quartic))34Greg Childers: p96 * p102
65 10m3_305Homogeneous_CunninghamSNFS(244 (quartic))34Greg Childers: p73 * p146
66 9p8_320Homogeneous_CunninghamSNFS(244 (quartic))34Greg Childers: p86 * p151
67 13_2_950m1Near-CunninghamSNFS(287)34Mike Curtis: p87 * p166
68 3p2_1542MHomogeneous_CunninghamSNFS(245 (quartic))34Greg Childers: p98 * p130
69 8p5_340Homogeneous_CunninghamSNFS(245 (quartic))34Greg Childers: p88 * p141
70 11p9_649LHomogeneous_CunninghamGNFS(201)33Greg Childers: p73 * p129
71 C264_141_83XYYXFSNFS(272)33Greg Childers: p80 * p185
72 11m4_295Rev2Homogeneous_CunninghamSNFS(245 (quartic))34Greg Childers: p96 * p104
73 C261_149_76XYYXFSNFS(282)34Greg Childers: p70 * p192
74 11p10_295Homogeneous_CunninghamSNFS(245 (quartic))34Greg Childers: p98 * p119
75 C209_149_74XYYXFSNFS(280)34Greg Childers: p102 * p107
76 C197_785232_11625AliquotGNFS(197)33Dmitry Domanov: p89 * p108
77 C204_143_131XYYXFGNFS(204)34 Greg Childers: p78 * p127
78 13_2_954m1Near-CunninghamSNFS(288)34Mike Curtis: p72 * p73 * p119
79 5p3_440Homogeneous_CunninghamSNFS(246 (quartic))34Greg Childers: p85 * p136
80 C264_131_117XYYXFSNFS(270 (quintic))33Greg Childers: p122 * p142
81 5p3_1335LHomogeneous_CunninghamSNFS(248 (quartic))34Greg Childers: p99 * p100
82 7p6_1050LHomogeneous_CunninghamGNFS(201)33Greg Childers: p93 * p109


Name: The name identifying the number (Cnnn=composite, etc, project dependent) - probably the workunits name prefix

Project: The factoring project for which this number is sieved

Type: Factoring algorithm and relative calculation difficulty

Bits: Another measure of difficulty, indicating how much relations are required

Q range: Sieving range, indicating the total number of workunits, each one managing 4k Q values

Pushed: Fraction of the Q range for which workunits have been generated

Unsent: Workunits that have been generated but not sent to anyone yet

Pending: Workunits that have been sent to clients for computation

Received: Workunits that have been processed by clients, and that we have received and accumulated

Relations: Cumulated number of NFS relations in all the received results

Est. Pending Rels: Estimated number of relations in the pending result, calculated from the number of received relations and results

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