THE CORRELATION DIMENSION OF GENERALIZED CANTOR-LIKE SETS

On the Dimension of Deterministic and Random Cantor-like Sets

Dimension Functions of Cantor Sets

We estimate the packing measure of Cantor sets associated to nonincreasing sequences through their decay. This result, dual to one obtained by Besicovitch and Taylor, allows us to characterize the dimension functions recently found by Cabrelli et al for these sets.

Correlation dimension for self-similar Cantor sets with overlaps

We consider self-similar Cantor sets Λ ⊂ R which are either homogeneous and Λ− Λ is an interval, or not homogeneous but having thickness greater than one. We have a natural labeling of the points of Λ which comes from its construction. In case of overlaps among the cylinders of Λ, there are some “bad” pairs (τ, ω) of labels such that τ and ω label the same point of Λ. We express how much the co...

Dimension of Cantor Sets with Complicated Geometry

Dimension of the harmonic measure of non-homogeneous Cantor sets

We prove that the dimension of the harmonic measure of the complementary of a translation-invariant type of Cantor sets as a continuous function of the parameters determining these sets. This results extend a previous one of the author and do not use ergodic theoretic tools, not applicable to our case.