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Skip section Editorial BoardDines Bjorner
Technical University of Denmark
Domain modelling techniques; Domain-based requirements modelling techniques
Eerke Boiten
De Montfort University
State-based specification languages; Refinement; Integrated formal methods; Formal methods in security; Formal methods in cryptography; Viewpoint specification
Michael J. Butler
University of Southampton
Requirements; Formal specification; Refinement, Design verification; Theorem proving, Model checking; Formal tools; Semantics
Andrew Butterfield
Trinity College Dublin
Unifying theories of programming; Formal aspects of the hardware/software interface; Theorem Prover development; Developing expertise/interest in formal verification of separation kernels, and potential tools; Semantics and use of functional programming languages
Ana Cavalcanti
University of York
Refinement, Integrated formal methods, Process algebra, Real-time programming, Cyber-physical systems, Formal testing
Carlos José Pereira de Lucena
PUC - Rio
Formal specification of software systems; Model checking; Foundations of software design; Formal aspects of software engineering of multiagent systems
Erik de Vink
Eindhoven University of Technology
Probabilistic processes; software product lines
Ewen Denny
NASA
Safety cases; Program generation; Theorem proving, Semantics; Refinement
Mike Dodds
Galois Inc.
Separation logic; semantics; verified crypto code; deny-guarantee; jStar
Jin Song Dong
National University of Singapore
Model checking; Real-time system verification; probabilistic reasoning; Z; Alloy; CSP
Brijesh Dongol
University of Surrey
Linearisability; separation logic; blockchain; persistent concurrent data structures; weak memory models
David Duke
University of Leeds
Formal methods in human-computer interaction; Visualization; Graphics; Functional programming
Xinyu Feng
Nanjing University
Formal program verification; Hoare logic; Separation logic; Rely-Guarantee reasoning; Shared-Memory concurrency; Proof assistants and mechanized verification; Proof-Carrying code; Semantics of programming languages
Anne Haxthausen
Technical University of Denmark
Specification languages and their semantics, formal modelling and verification of railway control systems; Model checking
Ian J. Hayes
University of Queensland
Reasoning about concurrent and real-time programs; Program derivation and refinement; Model-based specification
Robert Hierons
The University of Sheffield
Testing from formal specifications; Model-based testing; Program slicing
Shinichi Honiden
National Institute of Informatics
Software engineering for self-adaptive systems
He Jifeng
East China Normal University
Cyber physical systems; Hybrid modeling techniques; Simulation and verification of design stage, Coordination and collaboration of distributed systems
Gerwin Kline
Proofcraft and UNSW Sydney
Interactive theorem proving; Program verification; C code verification; Programming language semantics; Proof engineering; Formal methods
Daniel Kroening
University of Oxford
Automated verification of hardware and software; Semantics of programming languages; Concurrency
Martin Leucker
University of Lübeck
Runtime verification; verifying ANNs; software product lines
Michael Leuschel
Heinrich-Heine Universität Düsseldorf
B method; tool building; ProB; model checking; timed probabilistic simulation
Ursula Martin
University of Oxford
Computational logic; Applied formal methods; Computer algebra
David A. Naumann
Stevens Institute of Technology
Formal semantics; Logics of programming; Refinement; Information flow analysis
J. Nuno Oliveira
University of Minho
Relational specification methods; Quantitative formal methods; Program calculation
David Parker
University of Birmingham
Probabilistic model checking; prism; automated verification
André Platzer
Carnegie Mellon University
Logic; cyber-physical systems; programming languages; theorem proving; hybrid systems; Keymaera X
Augusto Sampaio
Federal University of Pernambuco
Process algebras (particularly, CSP); Compositional analysis techniques; Formal (and semi-formal) methods integration; Formal approaches to software testing; Algebraic approaches to model and program transformation
Gerhard Schellhorn
University of Augsburg
Refinement theory; Software correctness; Interactive verification; Logics for programs; Verification of concurrent algorithms
John Tucker
Swansea University
Modelling data types; Computability; Algebraic specifications; Formal methods for surveillance, trust and privacy; Specifying physical systems; History of formal methods
Heike Wehrheim
University of Paderborn
Z, B, process algebras; Refinement; Simulation; Verification; Program analysis; Concurrency
Burkhart Wolff
University Paris-Sud
Theorem proving; Isabelle/HOL; formal testing; verifying OCL/UML; verifying C programs
Nobuko Yoshida
Oxford University
Session types; multi-party computation; separation logic; game semantics; pi-calculus
Naijun Zhan
Chinese Academy of Sciences
Formal techniques for the design of real-time, hybrid and embedded systems; Program verification; Modal and temporal logics; Concurrent computation models; Semantic foundations of component and object systems
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