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. 2012 Aug 28;6:113. doi: 10.1186/1752-0509-6-113

Table 5.

Minimum sequence length and run time required in the computation of state transition matrices for a given accuracy, measured by Norm 2

n
N
SBN (Norm 2 = 0.04)
SBN (Norm 2 = 0.02)
Method[22]
    Sequence length Std. deviation Avg. time (s) Std. deviation Sequence length Std. deviation Avg. time (s) Std. deviation Avg. time (s) Std. deviation
2
6
180
45
0.008052
0.005219
340
55
0.017285
0.010683
0.050477
0.010140
3
8
460
114
0.020473
0.011034
920
130
0.027358
0.010944
0.026389
0.014326
4
16
660
152
0.032089
0.023041
1220
148
0.055602
0.022138
0.053726
0.021034
5
32
880
130
0.071256
0.020862
1620
130
0.162794
0.047719
0.161462
0.039981
6
64
1320
228
0.235628
0.038845
2460
288
0.443522
0.056302
0.613840
0.047252
7
128
1480
130
0.574352
0.062129
4240
261
1.540875
0.071316
2.663523
0.180211
8
256
2420
319
2.124709
0.228612
5620
319
4.411751
0.413352
11.90834
1.412206
9
512
3220
650
7.248265
2.301722
6940
498
14.36077
3.253704
61.45203
6.881528
10
1024
4140
882
18.09032
4.112405
9400
1140
41.41356
5.289815
261.3189
12.29343
11
2048
4860
606
47.37403
5.822926
11800
837
120.3839
6.107372
975.3821
33.25207
12 4096 5820 782 132.8137 10.90686 14600 1342 373.7601 13.64551 4022.140 78.42531

(perturbation probability = 0.01, n: the number of genes, and N: the number of BNs). The results are obtained from five randomly generated networks, so the standard deviations of the minimum sequence length and run time are also shown.