Our aim is to provide a method for generating hard k-SAT and n-ary CSP instances. In order to do that we look at the field of proposi- tional proof complexity, ...
In this paper we provide a new method to generate hard k-SAT instances. We incrementally construct a high girth bi- partite incidence graph of the k-SAT ...
PDF | In this paper we provide a new method to generate hard k-SAT instances. Basically, we construct the bipar-tite incidence graph of a k-SAT instance.
Generating Hard SAT/CSP Instances Using Expander Graphs. February 1, 2023. Authors. Carlos Ansótegui. Ramón Béjar. Cèsar Fernández. Carles Mateu. Proceedings:.
In this paper we provide a new method to generate hard k-SAT instances. We incrementally construct a high girth bi- partite incidence graph of the k-SAT ...
In this paper we provide a new method to generate hard k-SAT instances. We incrementally construct a high girth bipartite incidence graph of the k-SAT ...
Apr 14, 2008 · In this paper we provide a new method to generate hard k-SAT instances. We incrementally construct a high girth bipartite incidence graph of the ...
May 10, 2013 · This has been called the microstructure complement when the edges represent the forbidden partial assignments. I personally prefer the term ...
Missing: Expander | Show results with:Expander
Oct 24, 2024 · However, for Min-2-SAT (the minimization version of Max-2-SAT)1, one can easily encode a general hard instance in dense graphs and expanders ( ...
Title: Generating Hard SAT/CSP Instances Using Expander Graphs ; Authors: Ansótegui C, Béjar R, Fernández C, Mateu C. ; Researchers (PRC):, Fernández Camon, Cesar