Published on:
8 November 2023
Primary Category:
Number Theory
Paper Authors:
Or Ordentlich,
Oded Regev,
Barak Weiss
Proves random lattices yield smooth covers for any convex shape in high dimensions
Smoothness means covering density varies by at most epsilon across space
Applies for shapes with volume at least polynomial in dimension n
Builds on Dhar and Dvir's solution to the discrete Kakeya problem
Quantifies how construction A lattices also give smooth covers
Bounds on smoothness of lattice coverings
This paper proves that for any convex shape in high dimensions, a typical lattice can cover space with translates of that shape in a very uniform way. It shows that with high probability, a random lattice's covering density will not vary more than a small epsilon across all of space. The proofs rely on a breakthrough result of Dhar and Dvir connecting the Kakeya problem to randomness extractors.
No comments yet, be the first to start the conversation...
Sign up to comment on this paper