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

Table 4.

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
150
46
0.006324
0.003315
480
84
0.013655
0.007568
0.005468
0.004100
3
8
460
89
0.019755
0.008942
800
122
0.017634
0.009536
0.011655
0.007036
4
16
520
109
0.024337
0.009108
1120
84
0.043844
0.010102
0.031391
0.009388
5
32
860
134
0.052112
0.017356
1540
182
0.118927
0.036943
0.157794
0.020922
6
64
1240
270
0.209416
0.030298
2460
241
0.548156
0.042366
0.532971
0.037483
7
128
1340
167
0.453192
0.048960
3680
239
1.208252
0.060325
2.441066
0.163347
8
256
2260
378
2.030217
0.171125
5480
335
4.110083
0.326308
9.368184
0.863544
9
512
2580
303
4.751360
0.421918
6820
471
12.81050
2.061854
39. 26049
4.208466
10
1024
3920
923
16.06112
4.252810
8760
1135
38.60258
6.377620
201.5433
10.90932
11
2048
4700
836
40.44380
5.742303
10400
1140
95.40610
7.547263
811.6358
15.88395
12 4096 5660 882 118.3426 9.031772 13000 1000 286.5043 12.37633 3501.744 86.66141

(no perturbation, 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.