Jul 1, 2019 · The goal is to compute a minimal unsatisfiable core that is relatively small compared to other minimal unsatisfiable cores of the same formula.
Proof checking techniques have improved significantly in recent years. Clausal proofs of petabytes is size can now be validated. Long-standing ...
Abstract. We present a method to gradually compute a smaller and smaller unsatisfiable core of a propositional formula by minimizing proofs.
Sep 23, 2019 · We present a method to gradually compute a smaller and smaller unsatisfiable core of a propositional formula by minimizing proofs of unsatisfiability.
This work presents a method to gradually compute a smaller and smaller unsatisfiable core of a propositional formula by minimizing proofs of ...
We present a method to gradually compute a smaller and smaller unsatisfiable core of a propositional formula by minimizing proofs of unsatisfiability.
[PDF] Trimming while Checking Clausal Proofs - UT Computer Science
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Minimizing Core Lemmas: By reducing the number of lemmas in a clausal proof, checking costs are reduced, poten- tially enabling the use a mechanically-verified ...
Trimming Graphs Using Clausal Proof Optimization | DeepAI
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We present a method to gradually compute a smaller and smaller unsatisfiable core of a propositional formula by minimizing proofs of unsatisfiability.
Bibliographic details on Trimming Graphs Using Clausal Proof Optimization.
The DRAT-trim tool can emit trimmed formulas, optimized proofs, and new TraceCheck+ dependency graphs. We describe the output that is produced, what ...