<--- Back to Details
First PageDocument Content
Logic / Mathematical logic / Mathematics / Boolean algebra / Complexity classes / Metalogic / Model theory / True quantified Boolean formula / Satisfiability / FO / PSPACE-complete / Well-formed formula
Date: 2010-06-02 16:25:19
Logic
Mathematical logic
Mathematics
Boolean algebra
Complexity classes
Metalogic
Model theory
True quantified Boolean formula
Satisfiability
FO
PSPACE-complete
Well-formed formula

Introduction Background, Theory Validating Squolem’s Certificates in HOL4 Evaluation Conclusions

Add to Reading List

Source URL: user.it.uu.se

Download Document from Source Website

File Size: 1,04 MB

Share Document on Facebook

Similar Documents

Reachability in Two-Dimensional Vector Addition Systems with States is PSPACE-complete Michael Blondin1, 2 Alain Finkel1

DocID: 1vlLP - View Document

Subway Shuffle is PSPACE–complete (Preliminary draft) Marzio De Biasi∗ Tim Ophelders†

DocID: 1viyb - View Document

Reachability in Two-Dimensional Vector Addition Systems with States is PSPACE-complete Michael Blondin∗†‡ , Alain Finkel†§ , Stefan G¨oller†¶k , Christoph Haase†§k and Pierre McKenzie∗†∗∗ ∗ DIRO

DocID: 1uHDR - View Document

Computational complexity theory / Complexity classes / Theory of computation / FO / PSPACE / SO / P / EXPTIME / Boolean algebra / Co-NP-complete / Reduction / Descriptive complexity theory

Introduction & Motivation Relations and Operations Boolean and 3-element cases

DocID: 1qCnb - View Document

Computational complexity theory / Complexity classes / Theory of computation / PPAD / Reduction / LemkeHowson algorithm / Algorithm / NP / PSPACE-complete / P / True quantified Boolean formula

The Complexity of Computing the Solution Obtained by a Specific Algorithm Paul W. Goldberg Department of Computer Science University of Oxford, U. K.

DocID: 1q2Cn - View Document