Advances in knowledge-based software engineering
1991
The underlying hypothesis of this work is that a rigorous and comprehensive software reuse methodology can bring about a more effective and efficient utilization of constrained resources in the development of large-scale software systems by both government and industry. It is also believed that correct use of this type of software engineering methodology can significantly contribute to the higher levels of reliability that will be required of future operational systems. An overview and discussion of current research in the development and application of two systems that support a rigorous reuse paradigm are presented: the Knowledge-Based Software Engineering Environment (KBSEE) and the Knowledge Acquisition fo the Preservation of Tradeoffs and Underlying Rationales (KAPTUR) systems. Emphasis is on a presentation of operational scenarios which highlight the major functional capabilities of the two systems.
Keywords:
- Software engineering
- Feature-oriented domain analysis
- Social software engineering
- Software construction
- Computer engineering
- Package development process
- Software Engineering Process Group
- Systems engineering
- Domain knowledge
- Software development
- Knowledge engineering
- Computer science
- Personal software process
- Software development process
- Software system
- Systems development life cycle
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