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  1. Formal Methods in System Design
  2. Formal Methods in System Design : Volume 35
  3. Formal Methods in System Design : Volume 35, Issue 3, December 2009
  4. Why does Astrée scale up?
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Formal Methods in System Design : Volume 50
Formal Methods in System Design : Volume 49
Formal Methods in System Design : Volume 48
Formal Methods in System Design : Volume 47
Formal Methods in System Design : Volume 46
Formal Methods in System Design : Volume 45
Formal Methods in System Design : Volume 44
Formal Methods in System Design : Volume 43
Formal Methods in System Design : Volume 42
Formal Methods in System Design : Volume 41
Formal Methods in System Design : Volume 40
Formal Methods in System Design : Volume 39
Formal Methods in System Design : Volume 38
Formal Methods in System Design : Volume 37
Formal Methods in System Design : Volume 36
Formal Methods in System Design : Volume 35
Formal Methods in System Design : Volume 35, Issue 3, December 2009
Foreword: Special issue on numerical software verification
Why does Astrée scale up?
Enhancing the implementation of mathematical formulas for fixed-point and floating-point arithmetics
Weakly-relational shapes for numeric abstractions: improved algorithms and proofs of correctness
Action Language verifier: an infinite-state model checker for reactive software specifications
Summarization for termination: no return!
Testing-based translation validation of generated code in the context of IEC 61508
Formal Methods in System Design : Volume 35, Issue 2, October 2009
Formal Methods in System Design : Volume 35, Issue 1, August 2009
Formal Methods in System Design : Volume 34
Formal Methods in System Design : Volume 33
Formal Methods in System Design : Volume 32
Formal Methods in System Design : Volume 31
Formal Methods in System Design : Volume 30
Formal Methods in System Design : Volume 29
Formal Methods in System Design : Volume 28
Formal Methods in System Design : Volume 27
Formal Methods in System Design : Volume 26
Formal Methods in System Design : Volume 25
Formal Methods in System Design : Volume 24
Formal Methods in System Design : Volume 23
Formal Methods in System Design : Volume 22
Formal Methods in System Design : Volume 21
Formal Methods in System Design : Volume 20
Formal Methods in System Design : Volume 19
Formal Methods in System Design : Volume 18
Formal Methods in System Design : Volume 17
Formal Methods in System Design : Volume 16
Formal Methods in System Design : Volume 15
Formal Methods in System Design : Volume 14
Formal Methods in System Design : Volume 13
Formal Methods in System Design : Volume 12
Formal Methods in System Design : Volume 11
Formal Methods in System Design : Volume 10

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Why does Astrée scale up?

Content Provider Springer Nature Link
Author Cousot, Patrick Cousot, Radhia Feret, Jérôme Mauborgne, Laurent Miné, Antoine Rival, Xavier
Copyright Year 2009
Abstract Astrée was the first static analyzer able to prove automatically the total absence of runtime errors of actual industrial programs of hundreds of thousand lines. What makes Astrée such an innovative tool is its scalability, while retaining the required precision, when it is used to analyze a specific class of programs: that of reactive control-command software. In this paper, we discuss the important choice of algorithms and data-structures we made to achieve this goal. However, what really made this task possible was the ability to also take semantic decisions, without compromising soundness, thanks to the abstract interpretation framework. We discuss the way the precision of the semantics was tuned in Astrée in order to scale up, the differences with some more academic approaches and some of the dead-ends we explored. In particular, we show a development process which was not specific to the particular usage Astrée was built for, hoping that it might prove helpful in building other scalable static analyzers.
Starting Page 229
Ending Page 264
Page Count 36
File Format PDF
ISSN 09259856
Journal Formal Methods in System Design
Volume Number 35
Issue Number 3
e-ISSN 15728102
Language English
Publisher Springer US
Publisher Date 2009-11-11
Publisher Place Boston
Access Restriction One Nation One Subscription (ONOS)
Subject Keyword Software Engineering/Programming and Operating Systems Computer-Aided Engineering (CAD, CAE) and Design Electrical Engineering Circuits and Systems
Content Type Text
Resource Type Article
Subject Theoretical Computer Science Software Hardware and Architecture
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