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Theoretical computer science / Proof theory / Logical syntax / Formal systems / Logical truth / Rippling / Formal methods / Theorem / Mathematical proof / Logic / Mathematics / Automated theorem proving


Ideas for a high-level proof strategy language Cliff B. Jones School of Computing Newcastle University Newcastle upon Tyne NE1 7RU
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Document Date: 2013-10-30 13:19:51


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Andrew Ireland / Cambridge University Press / DEPLOY / Edinburgh University Press / /

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Informatics University of Edinburgh Informatics Forum / Newcastle University / Swansea University / University of Edinburgh / /

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larger applications / automated proof search / large software applications / rail applications / search problem / heuristic search techniques / proof search / less proof search / /

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Cambridge University / Machine Intelligence / Gudmund Grov Alan Bundy School / Newcastle University / University of Edinburgh / Cliff B. Jones School of Computing Newcastle University Newcastle / Swansea University / Artificial Intelligence for Formal Methods / United Kingdom School / Informatics University / /

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David Plummer / Teresa Llano / Michael Butler / John Power / Markus Roggenbach / Gudmund Grov / Laurent Voison (Systerel) / Thierry Lecomte (Clearsy) / John Thornton / Alan Bundy / Jim Woodcock / Leo Freitas / Konstantinos Tourlas / Angela Schwering / Ewen Denney / Joey Coleman / Jean-Raymond Abrial / Cliff B. Jones / Paul Jackson / Helmar Gust / Reilly Roggenbach / Ulf Krumnack / /

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editor / designer / strategy language interpreter / player / mathematician / Butler / /

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Swansea / /

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Theoretical Computer Science / /

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artificial intelligence / /

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