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Logical syntax / Formal methods / Mathematical logic / Theoretical computer science / Rippling / Mathematical proof / Theorem / Formal proof / KeY / Logic / Mathematics / Automated theorem proving


The AI4FM approach for proof automation within formal methods A Grand Challenge 6 “Dependable Systems Evolution" project Gudmund Grov Alan Bundy
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Document Date: 2013-10-30 13:19:50


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Company

Trustworthy Ambient Systems / Cambridge University Press / Microsoft / Computer Sciences / /

Country

United Kingdom / Ireland / Wales / /

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Event

Product Issues / /

Facility

Computing University of Newcastle cliff.jones@ncl.ac.uk / Swansea University / Informatics University of Edinburgh School / Informatics University of Edinburgh ggrov@staffmail.ed.ac.uk bundy@staffmail.ed.ac.uk Cliff B. Jones Andrew Ireland School / /

IndustryTerm

conventional software development techniques / recent industrial applications / computing / term software / search space / proof search / /

Organization

Cambridge University / Gudmund Grov Alan Bundy School / Heriot-Watt University / University of Edinburgh ggrov@staffmail.ed.ac.uk bundy@staffmail.ed.ac.uk Cliff B. Jones Andrew Ireland School / Informatics University of Edinburgh School / European Union / Swansea University / School of Mathematical / University of Newcastle / /

Person

Cliff B. Jones Andrew / /

Position

editor / designer / /

Product

specifications / hardware verification / /

ProvinceOrState

Swansea / /

PublishedMedium

Theoretical Computer Science / /

Technology

artificial intelligence / /

URL

www.ai4fm.org / www.deploy-project.eu / /

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