Table 4.

Summary of performance for each method at various cutoff points when the total sample size = 300,000 and $rr~U\left(1.2, 4\right)$.

True Signal Ratio		0.03			0.05			0.1
Method	Cutoff *	Power	Sensitivity	PPV	Power	Sensitivity	PPV	Power	Sensitivity	PPV
ROR	1	0.987	0.518	0.164	0.997	0.510	0.262	0.995	0.464	0.437
	1.5	0.984	0.419	0.250	0.997	0.408	0.364	0.995	0.362	0.531
	2	0.971	0.323	0.316	0.996	0.313	0.437	0.995	0.268	0.581
	2.5	0.934	0.243	0.348	0.984	0.231	0.468	0.994	0.190	0.597
	3	0.864	0.177	0.353	0.943	0.163	0.467	0.984	0.133	0.591
PRR	1	0.987	0.518	0.164	0.997	0.510	0.262	0.995	0.464	0.437
	1.5	0.984	0.419	0.250	0.997	0.408	0.364	0.995	0.361	0.532
	2	0.971	0.322	0.317	0.996	0.312	0.437	0.995	0.267	0.582
	2.5	0.933	0.241	0.349	0.984	0.229	0.469	0.994	0.189	0.597
	3	0.861	0.175	0.354	0.940	0.162	0.467	0.983	0.132	0.591
IC	${\log }_2\left(1\right)$	0.944	0.472	0.182	0.984	0.469	0.290	0.984	0.413	0.486
	${\log }_2\left(1.5\right)$	0.901	0.334	0.378	0.969	0.331	0.527	0.976	0.284	0.702
	${\log }_2\left(2\right)$	0.835	0.222	0.582	0.942	0.217	0.696	0.965	0.179	0.811
	${\log }_2\left(2.5\right)$	0.782	0.175	0.662	0.905	0.165	0.759	0.946	0.129	0.850
	${\log }_2\left(3\right)$	0.569	0.087	0.744	0.716	0.077	0.820	0.828	0.056	0.882
LRT	0.2	0.673	0.149	0.867	0.785	0.136	0.917	0.859	0.111	0.955
	0.1	0.602	0.122	0.911	0.725	0.111	0.948	0.815	0.089	0.981
	0.05	0.554	0.104	0.939	0.670	0.091	0.975	0.748	0.071	0.988
	0.025	0.509	0.088	0.966	0.609	0.077	0.984	0.679	0.057	0.992
	0.01	0.444	0.071	0.977	0.534	0.060	0.987	0.612	0.044	0.999
GPS	1	0.430	0.079	0.983	0.611	0.095	0.989	0.704	0.090	0.992
	1.5	0.051	0.008	1.000	0.250	0.026	0.996	0.561	0.047	0.999
	2	0.028	0.005	1.000	0.165	0.017	1.000	0.465	0.034	0.999
	2.5	0.015	0.002	1.000	0.065	0.005	1.000	0.057	0.002	1.000
	3	0.003	0.000	1.000	0.008	0.001	1.000	0.003	0.000	1.000
BCPNN	${\log }_2\left(1\right)$	0.864	0.306	0.477	0.914	0.292	0.624	0.943	0.259	0.802
	${\log }_2\left(1.5\right)$	0.640	0.135	0.915	0.745	0.121	0.937	0.824	0.098	0.976
	${\log }_2\left(2\right)$	0.339	0.048	0.984	0.426	0.040	0.996	0.507	0.028	1.000
	${\log }_2\left(2.5\right)$	0.113	0.013	1.000	0.140	0.010	1.000	0.166	0.006	1.000
	${\log }_2\left(3\right)$	0.022	0.003	1.000	0.026	0.002	1.000	0.025	0.001	1.000
sB	1	0.669	0.171	0.860	0.743	0.161	0.927	0.778	0.133	0.969
	1.5	0.472	0.080	0.991	0.569	0.072	0.995	0.628	0.052	0.997
	2	0.247	0.031	0.996	0.294	0.024	1.000	0.345	0.015	1.000
	2.5	0.084	0.009	1.000	0.094	0.006	1.000	0.098	0.003	1.000
	3	0.016	0.002	1.000	0.021	0.001	1.000	0.018	0.001	1.000
TreeScan	0.2	0.671	0.148	0.866	0.772	0.137	0.919	0.843	0.110	0.945
	0.1	0.619	0.125	0.930	0.726	0.114	0.965	0.792	0.088	0.964
	0.05	0.573	0.107	0.961	0.671	0.096	0.982	0.729	0.073	0.983
	0.025	0.520	0.092	0.970	0.614	0.082	0.990	0.685	0.061	0.991
	0.01	0.452	0.074	0.985	0.550	0.065	0.993	0.609	0.048	0.995

ROR, Reporting Odds Ratio; PRR, Proportional Reporting Ratio; IC, Information Component; LRT, Likelihood ratio test; GPS, Gamma Poisson Shrinker; BCPNN, Bayesian Confidence Propagation Neural Network; sB simplified Bayes; TreeScan, Tree-based Scan Statistic; * Cutoff values for the lower bound of the 95% CI for ROR, PRR, IC, BCPNN, and sB, for EB05 for GPS, and for the p-value for LRT and TreeScan.