Hardness measures and resolution lower bounds
Olaf Beyersdorff, Oliver Kullmann

TL;DR
This paper provides a unified framework for various hardness measures in resolution proof systems, extending them to all clause-sets and offering insights into proof complexity and SAT solving hardness.
Contribution
It introduces a unified view of multiple hardness measures and extends these concepts to all clause-sets, enhancing understanding of resolution proof complexity.
Findings
Unified view of width, space, and size measures
Extension of hardness measures to all clause-sets
Theoretical insights into proof complexity and SAT hardness
Abstract
Various "hardness" measures have been studied for resolution, providing theoretical insight into the proof complexity of resolution and its fragments, as well as explanations for the hardness of instances in SAT solving. In this report we aim at a unified view of a number of hardness measures, including different measures of width, space and size of resolution proofs. We also extend these measures to all clause-sets (possibly satisfiable).
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Taxonomy
TopicsLogic, programming, and type systems · Formal Methods in Verification · Synthetic Organic Chemistry Methods
