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Packing Measure and Dimension of Random Fractals
Authors:Artemi Berlinkov  R Daniel Mauldin
Institution:(1) Department of Mathematics, University of North Texas, P.O. Box 311430, Denton, Texas, 76203
Abstract:We consider random fractals generated by random recursive constructions. We prove that the box-counting and packing dimensions of these random fractals, K, equals agr, their almost sure Hausdorff dimension. We show that some ldquoalmost deterministicrdquo conditions known to ensure that the Hausdorff measure satisfies 
$$0 < H^\alpha (K) < \infty $$
also imply that the packing measure satisfies 0< 
$$0 < P^\alpha (K) < \infty $$
. When these conditions are not satisfied, it is known 
$$0 = H^\alpha (K)$$
. Correspondingly, we show that in this case 
$$P^\alpha (K) = \infty $$
, provided a random strong open set condition is satisfied. We also find gauge functions phgr(t) so that the 
$$P^\Phi $$
-packing measure is finite.
Keywords:Packing measure  box-counting dimension  random fractal  random strong open set condition
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