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. Author manuscript; available in PMC: 2021 Jan 1.
Published in final edited form as: Comput Stat Data Anal. 2019 Jul 9;141:109–122. doi: 10.1016/j.csda.2019.06.007

Table 2:

K-partite simulation study to evaluate k optimally: in each cell we summarize the mean number (across 100 simulations) of falsely grouped edges and its standard deviation. Each row shows the results based on a δ that is the difference of differentially and non-differentially expressed edges and in each column. In each column, we set K equal to 2, 4, or 10. The choice of K is robust to noise and the number of independent sets.

Difference δ K = 2 K = 4 K = 10
FP FN FP FN FP FN
2.50 0.08±0.94 0.75±1.59 0.29±1.52 0.92±1.20 1.21±1.85 1.50±1.24
3.00 0.02±0.14 0.78±1.52 0.47±2.01 0.82±1.16 1.03±1.82 1.36±1.10
3.50 0.08±1.05 0.81±1.69 0.42±1.89 0.94±1.25 0.96±1.70 1.36±1.11
4.00 0.06±0.71 0.58±1.32 0.22±1.41 0.88±1.11 1.07±1.87 1.32±1.21
4.50 0.09±0.10 0.84±1.66 0.41±1.85 0.77±1.11 1.10±1.89 1.46±1.21
5.00 0.16±1.50 0.91±1.68 0.45±1.91 0.86±1.20 0.89±1.84 1.46±1.13