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Table 2 Comparison of the performance of PCOBA and other evolutionary algorithms.

From: A probabilistic coevolutionary biclustering algorithm for discovering coherent patterns in gene expression dataset

Datasets

Algorithms

Avg. Fitness

Avg. Residue

Avg. Variance

Avg. Volume

E a

GA

11.96 ± 16.32

203.51 ± 323.67

19745 ± 9587.70

105.28 ± 54.28

 

CGA

3.90 ± 6.99

36.63 ± 140.32

21220 ± 7202

72.39 ± 20.11

 

EDA

5.80 ± 11.14

81.84 ± 220.84

23527 ± 6719.4

127.48 ± 21.64

 

PCOBA

1.88 ± 0.06

0.05 ± 0.00

26254 ± 833.22

104.90 ± 8.49

E b

GA

5.59 ± 10.16

76.67 ± 201.51

18570 ± 7496.3

107.17 ± 38.87

 

CGA

3.05 ± 5.02

20.03 ± 100.81

22489 ± 6876.7

75.49 ± 18.99

 

EDA

5.12 ± 8.28

67.63 ± 163.60

20862 ± 6834.7

112.36 ± 44.52

 

PCOBA

2.03 ± 1.35

2.74 ± 26.88

25199 ± 3295.9

99.66 ± 16.92

E c

GA

2.21 ± 0.02

262.63 ± 9.05

3807.20 ± 1068

470.96 ± 18.90

 

CGA

2.20 ± 0.03

263.09 ± 7.55

3229.40 ± 1160.4

443.00 ± 19.07

 

EDA

2.22 ± 0.05

263.94 ± 6.96

2359.70 ± 228.74

450.83 ± 50.57

 

PCOBA

1.94 ± 0.05

265.01 ± 4.63

2473.50 ± 176.1

562.63 ± 47.43

  1. Mean and standard deviation values after 100 independent runs are shown.
  2. The lower score means the expression values in cluster are more similar.