en.wikipedia.org
Automated theorem proving - Wikipedia, the free encyclopedia
https://en.wikipedia.org/wiki/Automated_theorem_prover
From Wikipedia, the free encyclopedia. Redirected from Automated theorem prover. Was a leader in automated theorem proving from the 1960s to the 2000s. Also known as ATP. Is a subfield of automated reasoning. Dealing with proving mathematical theorems. Automated reasoning over mathematical proof. Was a major impetus for the development of computer science. Decidability of the problem. While the roots of formalised logic. Go back to Aristotle. 1879) introduced both a complete propositional calculus. Showe...
fmv.jku.at
ReRiSE'14
http://fmv.jku.at/rerise14
Advanced Winter School on. Reasoning Engines for Rigorous System Engineering. Available (16 January 2014). Online (15 January 2014). Web-site online (31 December 2013). The shool will take place from Monday to Friday of the first week in February 2014, February 3-7, 2014. At the Johannes Kepler University. In Linz, Austria, lecture room HS 19 Computer Science Building, Science Park 3. Student or employee of JKU you can register for free. Attendant registration cost is 100 Euro. Which should also contain ...
vprover.com
Publications About Vampire
http://www.vprover.com/pubs.cgi
This is a list of publications related to Vampire:. First-Order Theorem Proving and Vampire. The 481 Ways to Split a Clause and Deal with Propositional Variables. Playing in the grey area of proofs. Vinter: A Vampire-Based Tool for Interpolation. Preprocessing techniques for first-order clausification. Sine Qua Non for Large Theory Reasoning. Case Studies on Invariant Generation Using a Saturation Theorem Prover. Invariant Generation in Vampire. Invariant and Type Inference for Matrices. AI Commun. 15.
vprover.com
Vampire Licence
http://www.vprover.com/license.cgi
Our licence is quite liberal. In short, we do not allow modification and distribution of Vampire and the use of Vampire to compete against Vampire. To obtain a copy of Vampire you will be required to accept the terms of the licence. If you require any other licence, please contact Andrei Voronkov. Vampire Software Licence Agreement. This is a Licence Agreement for use of Computer Software known as Vampire ('the Software. Supplied by the University of Manchester ('the University. Does not permit Licensee.
vprover.org
Publications About Vampire
http://www.vprover.org/pubs.cgi
This is a list of publications related to Vampire:. First-Order Theorem Proving and Vampire. The 481 Ways to Split a Clause and Deal with Propositional Variables. Playing in the grey area of proofs. Vinter: A Vampire-Based Tool for Interpolation. Preprocessing techniques for first-order clausification. Sine Qua Non for Large Theory Reasoning. Case Studies on Invariant Generation Using a Saturation Theorem Prover. Invariant Generation in Vampire. Invariant and Type Inference for Matrices. AI Commun. 15.
vprover.org
Vampire Licence
http://www.vprover.org/license.cgi
Our licence is quite liberal. In short, we do not allow modification and distribution of Vampire and the use of Vampire to compete against Vampire. To obtain a copy of Vampire you will be required to accept the terms of the licence. If you require any other licence, please contact Andrei Voronkov. Vampire Software Licence Agreement. This is a Licence Agreement for use of Computer Software known as Vampire ('the Software. Supplied by the University of Manchester ('the University. Does not permit Licensee.
vprover.com
Interpolation and Symbol Elimination
http://www.vprover.com/interpol.cgi
Interpolation and Symbol Elimination. Special thanks are to Laura Kovacs. Who contributed both to the work described in this page and the page content. Vampire implements two new features: interpolation. Described in the following papers. Finding Loop Invariants for Programs over Arrays Using a Theorem Prover. Interpolation and Symbol Elimination. Both features have been implemented using colored symbols. In the original definition of Craig, an interpolant. Of two formulas L. Is any formula I. That is, I.
cav2013.forsyte.at
Invited Speakers and Invited Tutorials | CAV 2013
http://www.cav2013.forsyte.at/invited-and-tutorials/index.html
25th International Conference on Computer Aided Verification. July 13 19, 2013 · Saint Petersburg, Russia. Skip to primary content. Skip to secondary content. Invited Speakers and Invited Tutorials. Challenges for Formal Methods in Distributed Computing. Formal Methods from an Industrial Perspective. Maria Vozhegova ( Sberbank. Information Technology in Russia. Panel: Future of CAV. The Weizmann Institute of Science. Can we Computerize an Elephant? Software Model Checking for People who Love Automata.
fmv.jku.at
Institute for Formal Models and Verification
http://fmv.jku.at/index.html
University of Texas, Austin. Everything’s Bigger in Texas: The Largest Math Proof Ever. With lots of press coverage, related paper. June 22, 2016, 17:15 - 18:15, S3 HS18, Informatik. Univ Utah, on. Word-Level Abstractions from Digital Circuits. Using Algebraic Geometry and Symbolic Computation. On March 16, 2016. 08:30 - 09:30, S3 048, Informatik. Received the HVC'15 Award. For the most influential work in the last five years. In formal verification, simulation, and testing. In our our doctoral college.
