<--- Back to Details
First PageDocument Content
Computational complexity theory / Propositional calculus / Logic in computer science / Boolean algebra / Circuit complexity / Tautology / Switching lemma / Logical connective / Proof complexity / Theoretical computer science / Mathematics / Logic
Date: 2009-07-30 07:35:13
Computational complexity theory
Propositional calculus
Logic in computer science
Boolean algebra
Circuit complexity
Tautology
Switching lemma
Logical connective
Proof complexity
Theoretical computer science
Mathematics
Logic

An Introduction to Proof Complexity, Part I. Pavel Pudl´ak

Add to Reading List

Source URL: www.math.uni-heidelberg.de

Download Document from Source Website

File Size: 435,88 KB

Share Document on Facebook

Similar Documents

Algebra Universalis, + 0.20/0 (~ 1995 BirkhS.user Verlag, Basel Adjoining units to residuated Boolean algebras

DocID: 1v8wA - View Document

American Computer Science League Flyer Solutions 1. Boolean Algebra ( A  B) ( AB  BC ) = A B ( AB  BC ) = AA B  A BB C  0  0  0

DocID: 1uZJ8 - View Document

Visualising the Boolean Algebra IB4 in 3D Hans Smessaert & Lorenz Demey KU Leuven, Belgium Rhombic Dodecahedron (RDH) LOGICAL GEOMETRY

DocID: 1up5i - View Document

BOO axioms BOO001-0.ax Ternary Boolean algebra (equality) axioms m(m(v, w, x), y, m(v, w, z)) = m(v, w, m(x, y, z)) cnf(associativity, axiom) m(y, x, x) = x cnf(ternary multiply1 , axiom)

DocID: 1u9q0 - View Document

Theoretical computer science / Mathematics / Computational complexity theory / Operations research / Logic in computer science / Mathematical optimization / NP-complete problems / Boolean algebra / Maximum satisfiability problem / Boolean satisfiability problem / Constraint satisfaction / Solver

On Solving Boolean Multilevel Optimization Problems∗ Josep Argelich INESC-ID Lisbon

DocID: 1rsZm - View Document