<--- Back to Details
First PageDocument Content
Theoretical computer science / Mathematics / Computational complexity theory / Logic in computer science / Automated theorem proving / NP-complete problems / Electronic design automation / Formal methods / Conflict-driven clause learning / Boolean satisfiability problem / Clause / Unit propagation
Date: 2014-06-27 12:47:14
Theoretical computer science
Mathematics
Computational complexity theory
Logic in computer science
Automated theorem proving
NP-complete problems
Electronic design automation
Formal methods
Conflict-driven clause learning
Boolean satisfiability problem
Clause
Unit propagation

A Model-Constructing Satisfiability Calculus Leonardo de Moura1 and Dejan Jovanovi´c2 1 2 Microsoft Research

Add to Reading List

Source URL: csl.sri.com

Download Document from Source Website

File Size: 363,26 KB

Share Document on Facebook

Similar Documents

Notes on Computational Complexity Theory CPSC: Spring 2017 James Aspnes:25

Notes on Computational Complexity Theory CPSC: Spring 2017 James Aspnes:25

DocID: 1uCk4 - View Document

On the notion of bit complexity Claus Diem August 21, 2010 Abstract In many works in the fields of computational complexity, algorithmic number theory and mathematical cryptology as well as in related areas, claims on th

On the notion of bit complexity Claus Diem August 21, 2010 Abstract In many works in the fields of computational complexity, algorithmic number theory and mathematical cryptology as well as in related areas, claims on th

DocID: 1uruF - View Document

Madhu Sudan Gordon McKay Professor, John A. Paulson School of Engineering and Applied Sciences, Harvard University Areas of Special Interests Theory of Computing, Algorithms, Computational Complexity, Reliable Communicat

Madhu Sudan Gordon McKay Professor, John A. Paulson School of Engineering and Applied Sciences, Harvard University Areas of Special Interests Theory of Computing, Algorithms, Computational Complexity, Reliable Communicat

DocID: 1ulr8 - View Document

Computational Complexity of the Hamiltonian Cycle Problem in Dense Hypergraphs Marek Karpi´ nski1, , Andrzej Ruci´ nski2, , and Edyta Szyma´ nska2,  

Computational Complexity of the Hamiltonian Cycle Problem in Dense Hypergraphs Marek Karpi´ nski1, , Andrzej Ruci´ nski2, , and Edyta Szyma´ nska2,  

DocID: 1tW23 - View Document

Logic, Computation and Constraint Satisfaction Barnaby D. Martin University of Leicester

Logic, Computation and Constraint Satisfaction Barnaby D. Martin University of Leicester

DocID: 1ruap - View Document