Table 7.

Average precisions at different thresholds for MI. Bold: First algorithm’s AP $\ge 0.9$.

		AP${}_{25}$	AP${}_{30}$	AP${}_{35}$	AP${}_{40}$	AP${}_{45}$	AP${}_{50}$
V${}_0$	A${}_1$F${}^0$	0.849	0.916	0.947	0.968	0.975	0.979
	A${}_1$F${}^1$	0.610	0.771	0.871	0.923	0.951	0.962
	A${}_1$F${}^2$	0.518	0.679	0.802	0.878	0.913	0.932
	A${}_2$	0.240	0.329	0.422	0.509	0.589	0.652
V${}_1$	A${}_1$F${}^0$	0.858	0.925	0.952	0.969	0.975	0.978
	A${}_1$F${}^1$	0.638	0.777	0.866	0.910	0.935	0.950
	A${}_1$F${}^2$	0.643	0.749	0.836	0.874	0.902	0.914
	A${}_2$	0.224	0.299	0.387	0.473	0.552	0.638
V${}_2$	A${}_1$F${}^0$	0.936	0.948	0.963	0.966	0.967	0.969
	A${}_1$F${}^1$	0.812	0.907	0.936	0.951	0.954	0.957
	A${}_1$F${}^2$	0.819	0.906	0.938	0.945	0.952	0.952
	A${}_2$	0.454	0.542	0.645	0.720	0.777	0.821
V${}_3$	A${}_1$F${}^0$	0.857	0.917	0.947	0.964	0.972	0.976
	A${}_1$F${}^1$	0.577	0.732	0.823	0.877	0.905	0.921
	A${}_1$F${}^2$	0.524	0.674	0.775	0.847	0.888	0.911
	A${}_2$	0.223	0.310	0.415	0.502	0.580	0.646