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Editorial message : special track on software verification and testing

Jun Pang, Mohammad Reza Mousavi

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Abstract

The main topics of the special track include, but are not limited to: tools and techniques for verification of large scale software systems; real world applications and case studies applying software verification; static and runtime analysis; abstract interpretation; model checking; theorem proving; refinement and correct by construction development; model-based testing; verification-based testing; run-time verification; symbolic execution and partial evaluation; analysis methods for dependable systems; and software certification and proof carrying code.

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What this paper is about

The main topics of the special track include, but are not limited to: tools and techniques for verification of large scale software systems; real world applications and case studies applying software verification; static and runtime analysis; abstract interpretation; model checking; theorem proving; refinement and correct by construction development; model-based testing; verification-based testing; run-time verification; symbolic execution and partial evaluation; analysis methods for dependable systems; and software certification and proof carrying code.

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Available abstract

The main topics of the special track include, but are not limited to: tools and techniques for verification of large scale software systems; real world applications and case studies applying software verification; static and runtime analysis; abstract interpretation; model checking; theorem proving; refinement and correct by construction development; model-based testing; verification-based testing; run-time verification; symbolic execution and partial evaluation; analysis methods for dependable systems; and software certification and proof carrying code.

Key concepts: Computer science, Software verification, Verification and validation, Symbolic execution, Abstract interpretation, Static analysis, Programming language, Model checking

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