Our proposed approach was evaluated using both recall and precision performance measurements. Information is then mapped into actors and use cases, which are the basic elements of use case diagrams.
Important linguistic features such as reference, comparing and additive cohesive devices. Incorporates the capability of analyzing and understanding the English text as a semantic unit to infer some Specifications syntactically based on a predefined set of heuristic rules. Therefore, we have developed anĪutomated system which employs the Natural Language Processing (NLP) techniques to parse Specification documents which are written in common natural language. This paper has tackled the problem ofĮxtracting the required elements that are needed to automatically generate use case diagrams from
Representations of system requirements as a source of information for generating use case models is aĬhallenging task and can be considered relatively a new field. Use case modeling is an important requirements engineering technique which plays an important role inĭescribing the systems specifications and facilitating systems development.
0 kommentar(er)
