Abstract
Consider a set of demands, each taking length-k strings as input. The k-restriction problem is to construct a small set of length-m strings, such that given any k positions and any demand, there exists a string in the set satisfying the demand at these positions. The k-restriction problem relates to many problems, such as k-independent sets, covering arrays, and many other combinatorial applications. By considering the VC-dimension of demands, we prove bounds independent of the number of demands with the Lovász Local Lemma. As a result, we can prove better bounds for demands with finite VC-dimension.
Original language | English |
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Article number | 106515 |
Journal | Information Processing Letters |
Volume | 187 |
DOIs | |
State | Published - Jan 2025 |
Keywords
- Lovász Local Lemma
- Probabilistic methods
- Randomized algorithms
- VC-dimension
- ϵ-net