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Detailed status of lasievee_small NFS@Home currently is sieving the following numbers using the lasievee_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 11p2_248Homogeneous_CunninghamSNFS(258)3135-185 M100 %2161836868254,769,8964,222,209Sean Wellman
2 f84_131p1BrentSNFS(255)3151-134 M100 %489319849206,914,7519,350,724Chris Kendon
3 10p3_257Homogeneous_CunninghamSNFS(257)3140-155 M35.02 %2732950681172,711,96231,877,539Sean Wellman
4 f92_128p1BrentSNFS(252)3134-142 M10.38 %2781152136713,177,57011,162,857Chris Kendon
5 C180_933436_12589AliquotGNFS(180)3120-180 M1.06 %3007155244,104315,116Dmitry Domanov
6 6p5_331Homogeneous_CunninghamSNFS(257)3135-155 M0.92 %278000...Sean Wellman
7 f95_127p1BrentSNFS(252)3148-134 M1.32 %285000...Chris Kendon
8 10m3_257Homogeneous_CunninghamSNFS(257)3140-145 M1.11 %293000...

Total size of result files: 32.84 GB

Queued

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

#NameProjectTypeBitsPost processing / Comments

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

Total size of MANAGED pending files: 0 GB

Post processing

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

#NameProjectTypeBitsPost processing / Comments

Completed

These numbers have been successfully factored

#NameProjectTypeBitsPost processing / Comments
1 8p7_320Homogeneous_CunninghamSNFS(231(quartic))31Carlos Pinho: p108 * p114
2 7m3_1071LHomogeneous_CunninghamSNFS(260)31Carlos Pinho: p59 * 173
3 7p3_344Homogeneous_CunninghamGNFS(182)31Carlos Pinho: p90 * p92
4 8p3_870MHomogeneous_CunninghamSNFS(211.43 (octic))31Dylan Delgado: p73 * p120
5 5_2_779mNear-CunninghamSNFS(236)31Mike Curtis: p91 * p103
6 f38_158p1BrentSNFS(250)31Chris Kendon: p71 * p147
7 2212657_37m1OddPerfectSNFS(234.76)30Rich Smith: p92 * p127
8 24571_53m1OddPerfectSNFS(237.08)30Rich Dickerson: p69 * p129
9 5_2_782m1 aim for 220M relsNear-CunninghamSNFS(236)31Mike Curtis: p53 * p175
10 3p2_1446MHomogeneous_CunninghamSNFS(230)31Carlos Pinho: p58 * p64 * p68
11 63601_53m1OddPerfectSNFS(259.39)31Rich Dickerson: p95 * p130
12 f45_151m1BrentSNFS(250)31Dylan Delgado: p82 * p100
13 f45_151p1BrentSNFS(250)31Chris Kendon: p95 * p154
14 3p2_1446LHomogeneous_CunninghamSNFS(230)31Rich Dickerson: p79 * p109
15 467_97m1OddPerfectSNFS(258.92)31Rich Dickerson: p62 * p68 * p96
16 5m2_415Homogeneous_CunninghamSNFS(232)31Jon Becker: p64 * p149
17 9p8_305Homogeneous_CunninghamSNFS(232.84)31 Rich Dickerson: p86 * p100
18 f48_148p1BrentSNFS(251)31Chris Kendon: p71 * p75 * p98
19 428__749_19m1OddPerfectSNFS(240.01)31Dylan Delgado: p65 * p68 * p93
20 f57_142p1_2nd_tryBrentSNFS(250)31Chris Kendon: p63 * p127
21 f62_139m1BrentSNFS(250)31Chris Kendon: p79 * p157
22 5_2_784m1Near-CunninghamSNFS(236.7)31Mike Curtis: p72 * p113
23 5_2_791m1_bNear-CunninghamSNFS(239.1)31Mike Curtis: p57 * p67 * p102
24 13_2_873m1Near-CunninghamSNFS(263.9)32Mike Curtis: p91 * p136
25 7p4_302Homogeneous_CunninghamSNFS(255.22)31Jon Becker: p76 * p149
26 23_193m1OddPerfectSNFS(262.81)31Sean Wellman: p110 * p120
27 C172_785232_11530AliquotGNFS(172)31Dmitry Domanov: p77 * p95
28 f91_127m1BrentSNFS(249)31Chris Kendon: p54 * p147
29 f20_193p1BrentSNFS(252)31Chris Kendon: p123 * p127
30 7489_67m1OddPerfectSNFS(259.59)31Rich Dickerson: p72 * p84 * p99
31 7p5_302Homogeneous_CunninghamSNFS(255.22)31Jon Becker: p82 * p121
32 f28_173p1BrentSNFS(252)31Chris Kendon: p51 * p73 * p63
33 16889_59m1OddPerfectSNFS(253.66)31Rich Dickerson: p58 * p60 * p129
34 4p3_424Homogeneous_CunninghamSNFS(256.23)31Jon Becker: p75 * p162
35 C169_829332_3697AliquotGNFS(169)31Rich Smith: p69 * p100
36 f48_149p1BrentSNFS(251)31Chris Kendon: p56 * p69 * p101
37 C231_151_53XYYXFSNFS(260)31Sean Wellman: p88 * p143
38 f67_137m1BrentSNFS(252)31Chris Kendon: p91 * p132
39 C178_11040_10116AliquotGNFS(178)31Dmitry Domanov: p74 * p105
40 15271_61m1OddPerfectSNFS(255.22)31Sean Wellman: p68 * p184
41 13_2_874m1Near-CunninghamSNFS(264)31Mike Curtis: p59 * p62 * p127
42 f73_134p1BrentSNFS(250)31Chris Kendon: p62 * p168
43 16931_59m1OddPerfectSNFS(253.72)31Sean Wellman: p76 * p171
44 8m5_283Homogeneous_CunninghamSNFS(255.57)31Jon Becker: p90 * p137
45 f80_131m1BrentSNFS(251)31Chris Kendon: p73 * p133
46 418924301009_19m1OddPerfectSNFS(220.82)30Jon Becker: p93 * p93
47 9p2_268Homogeneous_CunninghamSNFS(255.74)31Rich Dickerson: p69 * p149
48 f92_127p1BrentSNFS(250)31Chris Kendon: p85 * p151
49 C172_434040_3110AliquotGNFS(172)31Rich Smith: p83 * p89
50 5m2_427Homogeneous_CunninghamSNFS(255.82)31Sean Wellman: p83 * p137
51 5p2_427Homogeneous_CunninghamSNFS(255.82)31Jon Becker: p75 * p144
52 f93_127m1BrentSNFS(250)31Chris Kendon: p75 * p154
53 5p3_427Homogeneous_CunninghamSNFS(255.82)31Sean Wellman: p83 * p166
54 f93_127p1BrentSNFS(250)31Chris Kendon: p60 * p156
55 13_2_875m1Near-CunninghamSNFS(264)31Mike Curtis: p57 * p156
56 f15_214p1BrentSNFS(255)31Chris Kendon: p106 * p131
57 11m8_287Homogeneous_CunninghamSNFS(256.18)31Jon Becker: p75 * p164
58 11p3_287Homogeneous_CunninghamSNFS(256.18)31Jon Becker: p104 * p121
59 f19_197p1BrentSNFS(254)31Chris Kendon: p63 * p131
60 4m3_497Homogeneous_CunninghamSNFS(256.46)31Jon Becker: p110 * p143
61 11p9_244Homogeneous_CunninghamSNFS(256)31Jon Becker: p101 * p150
62 f29_172p1BrentSNFS(252)31Chris Kendon: p74 * p136
63 11m3_287Homogeneous_CunninghamSNFS(256.18)31Jon Becker: p89 * p131
64 f34_164p1BrentSNFS(252)31Chris Kendon: p69 * p125
65 9p2_538LHomogeneous_CunninghamSNFS(257)31Jon Becker: p72 * p127
66 C184_151_55XYYXFSNFS(261)31Sean Wellman: p66 * p119
67 f35_163p1BrentSNFS(252)31Chris Kendon: p72 * p145
68 10m9_301Homogeneous_CunninghamSNFS(258)31Jon Becker: p121 * p127
69 9p2_272Homogeneous_CunninghamSNFS(261)31Jon Becker: p73 * p112
70 f40_157m1BrentSNFS(252)31Chris Kendon: p90 * p142
71 7p6_307Homogeneous_CunninghamSNFS(259.45)31Rich Dickerson: p73 * p110
72 f45_152p1BrentSNFS(253)31Chris Kendon: p57 * p149
73 274__567_5m1OddPerfectSNFS(213.76)30Rich Dickerson: p90 * p125
74 11p7_244Homogeneous_CunninghamSNFS(255)31Jon Becker: p115 * p136
75 f46_151p1BrentSNFS(252)31Chris Kendon: p56 * p194
76 C172_434040_3112AliquotGNFS(172)31Rich Smith: p59 * p113
77 5m3_367Homogeneous_CunninghamSNFS(256)31Jon Becker: p93 * p107
78 5m3_407Homogeneous_CunninghamSNFS(258 (quintic))31Jon Becker: p63 * p76 * p114
79 13_2_876mNear-CunninghamSNFS(264)32Mike Curtis: p78 * p119
80 f70_136p1BrentSNFS(255)31Chris Kendon: p74 * p144
81 5p4_367Homogeneous_CunninghamSNFS(256)31Jon Becker: p82 * p125
82 f91_128p1BrentSNFS(251)31Chris Kendon: p62 * p129
83 12m5_239Homogeneous_CunninghamSNFS(258)31Jon Becker: p66 * p157
84 f94_127m1BrentSNFS(251)31Chris Kendon: p76 * p144
85 9p8_538LHomogeneous_CunninghamSNFS(258)31Rich Dickerson: p75 * p106
86 15731_61m1OddPerfectSNFS(256)31Rich Dickerson: p124 * p129
87 9p8_538MHomogeneous_CunninghamSNFS(258)31Dmitry Domanov: p122 * p135
88 f13_227p1BrentSNFS(254)31Chris Kendon: p91 * p98
89 3p2_1566LHomogeneous_CunninghamSNFS(250)30Jon Becker: p108 * p125
90 107_127m1OddPerfectSNFS(257.73)31Rich Dickerson: p75 * p179
91 f17_206p1BrentSNFS(254)31Chris Kendon: p76 * p166
92 5m4_367Homogeneous_CunninghamSNFS(256)31Sean Wellman: p77 * p172
93 C175_933436_12578AliquotGNFS(175)31Dmitry Domanov: p62 * p114
94 f20_194p1BrentSNFS(254)31Chris Kendon: p111 * p126
95 8p3_284Homogeneous_CunninghamSNFS(256)31Sean Wellman: p58 * p141
96 f21_191p1BrentSNFS(254)31Chris Kendon: p76 * p107
97 11p10_248Homogeneous_CunninghamSNFS(258)31Sean Wellman: p66 * p119
98 f22_188p1BrentSNFS(253)31Chris Kendon: p80 * p98
99 C176_11040_10193AliquotGNFS(176)31Dmitry Domanov: p59 * p117
100 106__237_17m1OddPerfectSNFS(216.46)30Rich Dickerson: p54 * p65 * p66
101 f29_173p1BrentSNFS(255)31Chris Kendon: p81 * p120
102 8p7_284Homogeneous_CunninghamSNFS(256)31Sean Wellman: p86 * p111
103 f33_166p1BrentSNFS(256)31Chris Kendon: p86 * p121
104 C178_829332_3709AliquotGNFS(178)31Rich Smith: p85 * p94
105 7p6_304Homogeneous_CunninghamSNFS(257)31Sean Wellman: p92 * p103
106 f47_151m1BrentSNFS(253)31Chris Kendon: p75 * p143
107 11p5_248Homogeneous_CunninghamSNFS(258)31Sean Wellman: p85 * p133
108 9p8_269Homogeneous_CunninghamSNFS(258)31Jon Becker: p57 * p71 * p94
109 f53_146p1BrentSNFS(252)31Chris Kendon: p82 * p101
110 8p3_846LHomogeneous_CunninghamSNFS(255)31Sean Wellman: p113 * p127
111 f65_139m1BrentSNFS(252)31Chris Kendon: p64 * p65 * p66
112 8p3_846MHomogeneous_CunninghamSNFS(255)31Jon Becker: p116 * p126
113 f65_139p1BrentSNFS(252)31Chris Kendon: p66 * p167
114 9m5_269Homogeneous_CunninghamSNFS(257)31Sean Wellman: p57 * p156
115 C178_785232_11541AliquotGNFS(178)31Dmitry Domanov: p86 * p93
116 5p2_403Homogeneous_CunninghamSNFS(260)31Sean Wellman: p78 * p108
117 f69_137m1BrentSNFS(254)31Chris Kendon: p69 * p150
118 8p7_658MHomogeneous_CunninghamSNFS(255.6)31Sean Wellman: p84 * p129
119 f69_137p1BrentSNFS(254)31Chris Kendon: p76 * p136
120 10p7_257Homogeneous_CunninghamSNFS(257)31Jon Becker: p65 * p148
121 f75_134p1BrentSNFS(253)31Chris Kendon: p59 * p162

Explanations

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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