Specware is a software engineering tool that automatically generates high-assurance software. Specware is a leading-edge automated software development system that allows users to precisely specify the desired functionality of their applications and to generate provably correct code based on these requirements. At the core of the design process in Specware lies stepwise refinement, in which users begin with a simple, abstract model of their problem and iteratively refine this model until it uniquely and concretely describes their application.

References in zbMATH (referenced in 19 articles )

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  1. Kovalyov, S.P.: Category-theoretic approach to software systems design (2016)
  2. Graves, Henson; Bijan, Yvonne: Using formal methods with SysML in aerospace design and engineering (2011)
  3. Klein, Gerwin: Operating system verification---an overview (2009)
  4. Tomasik, Jerzy; Weyman, Jerzy: Category localization semantics for specification refinements (2007)
  5. Smith, Douglas R.: Composition by colimit and formal software development (2006)
  6. Johnsen, Einar Broch; Lüth, Christoph: Theorem reuse by proof term transformation (2004)
  7. Kreitz, Christoph: Building reliable, high-performance networks with the Nuprl proof development system (2004)
  8. Durán, Francisco; Meseguer, José: Structured theories and institutions (2003)
  9. Roşu, Grigore; Venkatesan, Ram Prasad; Whittle, Jon; Leuştean, Laurenţiu: Certifying optimality of state estimation programs. (2003)
  10. Flener, Pierre: Achievements and prospects of program synthesis (2002)
  11. Gibbons, Jeremy: Towards a colimit-based semantics for visual programming (2002)
  12. Hall, Robert J.: Specification, validation, and synthesis of email agent controllers: A case study in function rich reactive system design (2002)
  13. Colvin, Robert; Hayes, Ian; Strooper, Paul: A technique for modular logic program refinement (2001)
  14. Williamson, Keith; Healy, Michael; Barker, Richard: Industrial applications of software synthesis via category theory -- case studies using specware (2001)
  15. Andrews, Peter B.; Bishop, Matthew; Brown, Chad E.: System description: TPS: A theorem proving system for type theory (2000)
  16. Eusterbrock, Jutta: Composing re-usable synthesis methods through graph-based viewpoints (2000)
  17. Healy, Michael; Williamson, Keith: Applying category theory to derive engineering software from encoded knowledge (2000)
  18. Oriat, C.: Detecting equivalence of modular specifications with categorical diagrams (2000)
  19. Ehrig, Hartmut; Große-Rhode, Martin; Wolter, Uwe: Applications of category theory to the area of algebraic specification in computer science (1998)