Skip to main content Skip to main navigation

Projects

Displaying results 81 to 87 of 87.
  1. SATCLOUD – Secure and highly-available Trust contexts for mixed cloud scenarios

    SATCLOUD – Secure and highly-available Trust contexts for mixed cloud scenarios

    Cloud computing is a key component in the future of IT infrastructure in organizations. Typically, however, not all components of IT infrastructure are migrated to the cloud, but rather existing compo

  2. SHIP – Semantic Integration of Heterogenous Processes

    SHIP – Semantic Integration of Heterogenous Processes

    SHIP aims at utilizing, extending, and adapting semantic modelling, analysis and verification technologies to design, simulate, implement and adapt reliable distributed heterogeneous processes. With t

  3. FormalSafe – Formal Development for Safe Robotics

    FormalSafe – Formal Development for Safe Robotics

    FormalSafe aims at the computer-supported management of the many and diverse documents produced during the development of highly dependable systems, in particular in the area of safe robotics.

  4. GenMod – Generic Algorithms and Complexity Bounds in Coalgebraic Modal Logic

    GenMod – Generic Algorithms and Complexity Bounds in Coalgebraic Modal Logic

    This project is concerned with the extension of existing generic algorithmic methods in coalgebraic modal logic, conceived as a generic semantic framework for modal logics in a broad sense. Moreover,

  5. HasCASL – HasCASL

    HasCASL – HasCASL

    HasCASL: Algebraic Specification + Functional Programming = Environment for Formal Software Development The algebraic specification language CASL (Common Algebraic Specification Langage) has recently

  6. PGKit – Generic User Interfaces for Interactive Theorem Provers

    PGKit – Generic User Interfaces for Interactive Theorem Provers

    Proof General Kit is a new component-based architecture for the Proof General project, based around a uniform protocol for communication between interactive proof tools, called PGIP. Partners IBM Deut

  7. AWE – Abstraction and Reuse of Formal Developments

    AWE – Abstraction and Reuse of Formal Developments

    The aim of the AWE project is to increase this feasibility by developing a methodology for the reuse of formal developments under the slogan Abstraction for Reuse : given a formal development we want