Table 2:

Linear ZiG-DAG. Average operating characteristics over 50 simulations for different sample sizes $n\in \{250,500,1000,2000\}$ with $d=50$. The standard error for each statistic is given within parentheses.

		Sample size, $\mathit{n}$
Method	Measure	250	500	1000	2000
HC0	TPR	0.728 (0.009)	0.844 (0.009)	0.924 (0.008)	0.946 (0.007)
	FDR	0.387 (0.009)	0.226 (0.009)	0.125 (0.009)	0.083 (0.009)
	MCC	0.660 (0.008)	0.804 (0.009)	0.897 (0.009)	0.930 (0.008)
HC1	TPR	0.802 (0.009)	0.892 (0.007)	0.958 (0.005)	0.971 (0.004)
	FDR	0.354 (0.008)	0.203 (0.008)	0.101 (0.008)	0.074 (0.007)
	MCC	0.713 (0.008)	0.840 (0.007)	0.926 (0.007)	0.947 (0.005)
TS0	TPR	0.739 (0.009)	0.862 (0.009)	0.932 (0.007)	0.956 (0.006)
	FDR	0.391 (0.009)	0.222 (0.009)	0.121 (0.009)	0.074 (0.008)
	MCC	0.663 (0.009)	0.815 (0.008)	0.903 (0.008)	0.939 (0.007)
TS1	TPR	0.798 (0.009)	0.889 (0.008)	0.953 (0.006)	0.971 (0.004)
	FDR	0.369 (0.009)	0.214 (0.009)	0.110 (0.008)	0.073 (0.007)
	MCC	0.702 (0.009)	0.832 (0.008)	0.919 (0.007)	0.948 (0.005)
ODS	TPR	0.418 (0.006)	0.454 (0.004)	0.474 (0.005)	0.474 (0.003)
	FDR	0.710 (0.005)	0.726 (0.004)	0.753 (0.004)	0.776 (0.003)
	MCC	0.331 (0.005)	0.335 (0.004)	0.323 (0.004)	0.305 (0.003)
MRS	TPR	0.662 (0.006)	0.755 (0.004)	0.809 (0.004)	0.816 (0.003)
	FDR	0.467 (0.006)	0.454 (0.005)	0.464 (0.004)	0.505 (0.003)
	MCC	0.585 (0.006)	0.633 (0.004)	0.650 (0.004)	0.626 (0.003)
ZiDAG	TPR	0.619 (0.010)	0.710 (0.009)	0.756 (0.007)	0.778 (0.007)
	FDR	0.291 (0.010)	0.243 (0.009)	0.243 (0.008)	0.252 (0.008)
	MCC	0.656 (0.010)	0.727 (0.009)	0.751 (0.008)	0.758 (0.008)