Dimensions, Whitney covers, and tubular neighborhoods
arXiv:1209.0629 · doi:10.1512/iumj.2013.62.5155
Abstract
Working in doubling metric spaces, we examine the connections between different dimensions, Whitney covers, and geometrical properties of tubular neighborhoods. In the Euclidean space, we relate these concepts to the behavior of the surface area of the boundaries of parallel sets. In particular, we give characterizations for the Minkowski and the spherical dimensions by means of the Whitney ball count.
19 pages. Some minor corrections and updated references in this version
References in corpus (2)
Cited by in corpus (31)
- Inequalities and bilipschitz conditions for triangular ratio metric
- Measures with predetermined regularity and inhomogeneous self-similar sets
- On density of compactly supported smooth functions in fractional Sobolev spaces
- In between the inequalities of Sobolev and Hardy
- The Assouad dimension of randomly generated fractals
- Hardy inequalities and Assouad dimensions
- Self-conformal sets with positive Hausdorff measure
- Assouad type dimensions and homogeneity of fractals
- Badly approximable points on self-affine sponges and the lower Assouad dimension
- Condenser capacity and hyperbolic perimeter
- Ground state Dirac bubbles and Killing spinors
- Lower Assouad Dimension of Measures and Regularity
- Weakly porous sets and Muckenhoupt distance functions
- Finer geometry of planar self-affine sets
- Localization results for Minkowski contents
- Intermediate Assouad-like dimensions for measures
- Fractional Sobolev spaces with power weights
- Two-term spectral asymptotics for the Dirichlet pseudo-relativistic kinetic energy operator on a bounded domain
- Pointwise Assouad dimension for measures
- Asymptotics of weighted Gagliardo seminorms
- Lower Assouad type dimensions of uniformly perfect sets in doubling metric spaces
- The Assouad dimension of self-affine measures on sponges
- Condenser capacity and hyperbolic diameter
- Local estimates for conformal -curvature equations
- On the convergence rate of the chaos game
- Regularity dimensions: quantifying doubling and uniform perfectness
- Volume growth of quasihyperbolic balls
- Quasi-Assouad dimensions for random measures supported on
- Local behavior of positive solutions of higher order conformally invariant equations with a singular set
- Regularity versus smoothness of measures
- Beyond local maximal operators