r Procedure n=10, a=2.0 n=16, a=1.5 n=25, a=1.0
FWER power FWER power FWER power
0.1 Bon .0257 .7740 .0269 .9015 .0272 .8115
  aBon(λ=0.5) .0500 .8637 .0497 .9433 .0505 .8699
  aBon(λ=0.2) .0504 .8648 .0494 .9438 .0499 .8708
  aBon(λ=0.05) .0498 .8651 .0503 .9440 .0497 .8708
  Holm .0442 .8491 .0477 .9411 .0451 .8608
0.5 Bon .0224 .7741 .0261 .9012 .0267 .8119
  aBon(λ=0.5) .0492 .8644 .0472 .9431 .0499 .8697
  aBon(λ=0.2) .0476 .8659 .0473 .9435 .0499 .8706
  aBon(λ=0.05) .0481 .8662 .0471 .9436 .0488 .8706
  Holm .0418 .8497 .0444 .9408 .0430 .8608
0.9 Bon .0216 .7745 .0223 .9012 .0208 .8123
  aBon(λ=0.5) .0461 .8646 .0422 .9425 .0421 .8708
  aBon(λ=0.2) .0467 .8659 .0416 .9437 .0424 .8711
  aBon(λ=0.05) .0458 .8663 .0411 .9437 .0418 .8710
  Holm .0394 .8496 .0388 .9406 .0360 .8610
Table 5: Simulation study for the positive block dependence model in example2 for α = 0.05.