Work

Polynomial Calculus Sizes Over the Boolean and Fourier Bases are Incomparable

Year: 2024
Type: conference-paper
Abstract: For every$n > 0$, we show the existence of a CNF tautology over$O(n^{2})$variables of width$O(\log {\it n})$such that it has a Polynomial Calculus Resolution refutation over$\{0,1\}$variables of size$O(n^{3} \text{polylog} (n))$but any Polynomial Calculus refutation over$\{+1, -1\}$variables requires size$2^{\Omega(n)}$. This shows that Polynomial Calculus sizes over the {0, 1} and$\{+1,\ -1\}$bases are incomparable (since Tseitin tautologies show a separation in the other direction) and answers an open problem posed by Sokolov [1] and Razborov [2].
Author: Sasank Mouli
Language: English
Open Access status: green
OpenAlex ID: W4404849204
FWCI:
Cites: 13
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Related to: 10