<--- Back to Details
First PageDocument Content
Mathematics / Metalogic / Logic in computer science / Electronic design automation / NP-complete problems / Automated theorem proving / Satisfiability Modulo Theories / John Rushby / Model checking / Theoretical computer science / Formal methods / Logic
Date: 2006-08-26 05:21:04
Mathematics
Metalogic
Logic in computer science
Electronic design automation
NP-complete problems
Automated theorem proving
Satisfiability Modulo Theories
John Rushby
Model checking
Theoretical computer science
Formal methods
Logic

Add to Reading List

Source URL: fm.csl.sri.com

Download Document from Source Website

File Size: 58,63 KB

Share Document on Facebook

Similar Documents

AHRENDT, BECKERT, HÄHNLE, MENZEL, REIF, SCHELLHORN, SCHMITT INTEGRATING AUTOMATED AND INTERACTIVE THEOREM PROVING 1. I NTRODUCTION

DocID: 1vah4 - View Document

Automated Discovery of Inductive Theorems Keywords: theorem proving and knowledge acquisition Abstract Inductive mathematical theorems have, as a rule, historically been quite dif cult to prove – both for

DocID: 1sXwT - View Document

Journal of Automated Reasoning manuscript No. (will be inserted by the editor) On Interpolation in Automated Theorem Proving Maria Paola Bonacina · Moa Johansson

DocID: 1sOSK - View Document

Logic / Abstraction / Philosophy / Automated theorem proving / Reasoning / Formal methods / Predicate logic / Datalog / First-order logic / Axiom / Satisfiability modulo theories / Mereology

Microsoft Word - BlankPage

DocID: 1rugC - View Document

Theoretical computer science / Computing / Software engineering / Logic in computer science / Automated theorem proving / Static program analysis / Termination analysis / Rewriting / KeY / Automated reasoning / Bytecode / Christoph Walther

SAT-based Termination Analysis for Java Bytecode with AProVE? Carsten Fuhs LuFG Informatik 2, RWTH Aachen University, Germany

DocID: 1rrok - View Document