Titlebook: Requirements Targeting Software and Systems Engineering; International Worksh Manfred Broy,Bernhard Rumpe Conference proceedings 1998 The E

MAUVE

Integration Tools Supporting Development Processesout by different developers. Each subprocess delivers its own documents, which are part of the overall result. All involved documents and their mutual, fine-grained dependencies are subject to permanent changes during the life-time of their development process. Keeping these documents in a consisten

掺假

Formal Models and Prototypingints. Computer aid is needed for realizing the potential benefits of this approach in practice, because the problems associated with software evolution are greatly amplified in the context of iterative prototyping and exploratory design. This paper presents our newest models of software evolution pr

非秘密

Abstraction and Modular Verification of Infinite-State Reactive Systemsger systems, and the incremental verification of systems as they are developed and refined. In particular, we show how deductive verification tools, and the combination of finite-state model checking and abstraction, allow the verification of infinite-state systems featuring data types commonly used

繁荣中国

NSA’s , Reference Architecture – Moving from Prose to Precise Specificationsive) security reference architecture is used as an illustrative example..We demonstrate that an ADL should have not only the capability to specify interfaces, connections, and operational constraints, but also to specify how it is related (Or conforms) with other architectures or to implementations.

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BRAVE

A Two-Layered Approach to Support Systematic Software Developmentct as a problem solving process. They form the basis for machine-supported development processes. They come with a generic system architecture that serves as a template for the implementation of support tools for strategy-based problem solving.

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NATTY

Formal Models and Prototypingn are greatly amplified in the context of iterative prototyping and exploratory design. This paper presents our newest models of software evolution products and processes, and explains the models and engineering automation capabilities they support via examples.