Abstract. In the field of requirements engineering, measuring inconsistency is crucial to effective inconsistency management. A practical measure must consider both the degree and significance of inconsistency in specification. The main contribution of this paper is providing an approach for measuring inconsistent specification in terms of the prioritybased scoring vector, which integrates the measure of the degree of inconsistency with the measure of the significance of inconsistency. In detail, for each specification ∆ that consists of a set of requirements statements, if L is a m-level priority set, we define a m-dimensional priority-based significance vector − → V to measure the significance of the inconsistency in ∆. Furthermore, a priority-based scoring vector − → SP : P(∆) → N m+1 has been defined to provide an ordering relation over specifications that describes which specification is "more essentially inconsistent than" others.
Our previous approach to measuring the significance of inconsistencies in a given viewpoints REF is also a scoring function-based approach to measuring the inconsistency.
Measuring inconsistency in requirements specifications
ECSQARU
Computer Science